User:Elvara11/books/Test2
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:Branches of physics :Glossary of classical physics :Outline of physics :Physics :Classical physics :Experimental physics :Luon :Mathematical physics :Microphysics :Modern physics :Physical cosmology :Statistical mechanics :Surface science :Outline of physics :Acceleration :Active and passive transformation :Angular momentum coupling :Ansatz :Arrow of time :Asymptotic safety in quantum gravity :Atom :Autocatalytic reaction :Bell's theorem :BKS theory :Bloch oscillations :Bloch wave :Bohr magneton :Bohr model :Boiling point :Boltzmann's entropy formula :Born reciprocity :Bose–Einstein statistics :Boson :Brownian ratchet :Canonical transformation :Capacitance :Capstan equation :Carnot cycle :Cauchy momentum equation :Causality :Causality (physics) :Centrifugal :Cherenkov radiation :Characteristic time :Charge (physics) :Charge density :Classical limit :Classical mechanics :Clausius–Mossotti relation :Clockwise :Closed system :Coherence (physics) :Collisionless :Commutative property :Maxwell–Jüttner distribution :Conservation law :Convection :Cooper pair :Copenhagen interpretation :Coulomb gap :Coulomb's law :Covariance group :Covariance principle :Covariant formulation of classical electromagnetism :Cross section (physics) :Crystal :Current density :Darwin Lagrangian :Deflection (physics) :Degenerate semiconductor :Degrees of freedom :Degrees of freedom (physics and chemistry) :Density of states :Derivation of the Navier–Stokes equations :Diffraction :Diffraction formalism :Dimension (mathematics and physics) :Dipole :Discrete spectrum (physics) :Dispersion relation :Electrical conductor :Electromagnet :Electromagnetic induction :Faraday's induction law :Faraday's law of induction :Electron equivalent :Electrostatics :Elementary particle :Emission spectrum :Empty lattice approximation :Entropy :Configuration entropy :EPR paradox :Equation of state :Equipartition theorem :Equivalence principle :Equivalence principle (geometric) :Ergodic hypothesis :Euclidean vector :Euler equations (fluid dynamics) :Euler's laws of motion :Fermi's golden rule :Fermi–Dirac statistics :Fermion :Ferromagnetism :Feynman diagram :Field (physics) :Field effect (semiconductor) :Fine-structure constant :First law of thermodynamics :Flavour (particle physics) :Flotation of flexible objects :Focus (optics) :Force :Four-vector :Fourier transform :Fractional quantum mechanics :Fractional Schrödinger equation :Frame-dragging :Free electron model :Free particle :Frustrated triangular lattice :Fundamentals of Physics :Gas :General relativity :Generalized Lagrangian mean :Gibbs free energy :Ginzburg criterion :Gravitation :Gravitational singularity :Gravitational two-body problem :Green's function :H-theorem :Half time (physics) :Hamiltonian mechanics :Heat :Heat capacity :Heat engine :Heisenberg cut :Helmholtz free energy :Hilbert space :Homogeneity (physics) :Hydrodynamic quantum analogs :Hydrogen atom :Hysteresis :Impulse (physics) :Instability :Insulator (electricity) :Internal energy :Intrinsic parity :Introduction to mathematics of general relativity :Invariant (physics) :Invariant mass :Ionic conductivity (solid state) :Ising model :Kinetic scheme :Kinetic theory :Klein–Gordon equation :Koopman–von Neumann classical mechanics :Lagrangian :Lamb shift :Legendre transformation :Leggett inequality :Length measurement :Length scale :Lepton :Lilienfeld radiation :Linear response function :Linearity :Long-slit spectroscopy :Lorentz force :Lorentz force velocimetry :Lorentz scalar :Lorentz transformation :Lorenz gauge condition :Macroscopic scale :Magnetic braking :Magnetic field :Magnetization reversal by circularly polarized light :Magnetohydrodynamics :Majorana fermion :Mass :Mass versus weight :Mass-to-charge ratio :Master equation :Matrix mechanics :Maxwell relations :Maxwell's demon :History of Maxwell's equations :List of textbooks in electromagnetism :Matrix representation of Maxwell's equations :Maxwell's equations :Maxwell's equations in curved spacetime :Maxwell–Boltzmann statistics :Mean field theory :Mean inter-particle distance :Measure (physics) :Mechanics :Melting point :Metric tensor :Microscopic scale :Minkowski space :Moment of inertia :Momentum :Motion (physics) :Navier–Stokes equations :Negative frequency :Negative refraction :Newton's law of universal gravitation :Newton's laws of motion :Newton's theorem of revolving orbits :Newtonian dynamics :Newtonian motivations for general relativity :Node (physics) :Noether's theorem :Non-contact force :Non-equilibrium thermodynamics :Nonlinear system :Introduction to gauge theory :Normal force :Nuclear fission :Nuclear fusion :Nuclear physics :Nuclear reaction :Observer (physics) :Observer (quantum physics) :Observer effect (physics) :Oersted's law :Onsager reciprocal relations :Optogalvanic effect :Palatini identity :Paramagnetism :Parity (physics) :Particle :Partition function (statistical mechanics) :Path integral formulation :Pauli exclusion principle :PBR theorem :Permeability (electromagnetism) :Permittivity :Perturbation theory :Phase (matter) :Phase space :Phase transition :Photon :Photon polarization :Physical body :Physical effect :Physical information :Physical theories modified by general relativity :Physics applications of asymptotically safe gravity :Plasma (physics) :Point particle :Poisson bracket :Polarity (physics) :Polarization (waves) :Positron :Potential gradient :Potentiometric surface :Power (physics) :Pressure :Principle of covariance :Principle of least action :Probability amplitude :Probability density function :Probability of occupation :Proton :Pulse (physics) :QED vacuum :Quantization (physics) :Quantum chromodynamics :Quantum electrodynamics :Quantum field theory :Quantum mechanics :Quantum non-equilibrium :Quantum number :Quantum potential :Quantum pseudo-telepathy :Quantum triviality :Quark :Quasiparticle :Radiation :Random walk :Reflection (physics) :Refraction :Refractive index :Relation between Schrödinger's equation and the path integral formulation of quantum mechanics :Relational approach to quantum physics :Relationship between string theory and quantum field theory :Relative density :Relative locality :Relativistic heat conduction :Renormalization :Rest (physics) :Rotational Brownian motion :Rotational diffusion :Rotational partition function :Saturation velocity :Scalar (physics) :Scale of temperature :Scattering :Schrödinger's cat :Second law of thermodynamics :Self-organization :Self-oscillation :Semiconductor :Shear stress :Solution algorithms for pressure-velocity coupling in steady flows :Sommerfeld expansion :Space-time Fourier transform :Spacetime :Special relativity :Specific gravity :Specific properties :Spectrum :Speed of light :Spin (physics) :Spontaneous emission :Standard gravity :Standard Model :State space (physics) :Statistical ensemble (mathematical physics) :Statistical mechanics :Stimulated emission :Strangeness :Stress–energy tensor :String theory :Strong interaction :Super Bloch oscillations :Superconductivity :Supercooling :Superfluid helium-4 :Superfluidity :Superposition principle :Supersymmetry :Surface stress :Surface tension :Symmetry (physics) :Physical system :System size expansion :Temperature :Tensor :Ternary fission :Theoretical motivation for general relativity :Thermal conduction :Thermal conductivity :Thermal equilibrium :Thermodynamic limit :Thermodynamics :Thermomass Theory :Thought experiment :Three-body problem :Time :Tipping point (physics) :Torque :Turbulence :Twin paradox :Two-body problem :Uncertainty principle :Vacuum :Variable structure system :Vector potential :Vector space :Velocity :Velocity saturation :Versor (physics) :Virial theorem :Virtual particle :Viscosity :Viscous stress tensor :Volume :Volume (thermodynamics) :Vorticity :Wave :Wave equation :Wave function :Wave function collapse :Wavelength :Wavenumber :Weak interaction :Wetting transition :Wheelbase :Wigner quasiprobability distribution :Wigner–Weyl transform :Work function :World tube :Yang–Mills theory :Zero mode :Zero-point energy :Classical mechanics :Absolute time and space :Adiabatic invariant :Analytical dynamics :Anharmonicity :Anti-vibration compound :Appell's equation of motion :Area density :Berry connection and curvature :Bertrand's theorem :Binet equation :Bohr–van Leeuwen theorem :Bonnet's theorem :Brownian dynamics :Bucket argument :Capacitor analogy :Center of mass :Center-of-momentum frame :Centers of gravity in non-uniform fields :Central force :Circular motion :Classical central-force problem :Classical Mechanics (book) :Classical Mechanics (Kibble and Berkshire) :Coefficient of restitution :Complex harmonic motion :Configuration space :Conjugate variables :Constant of motion :Constraint (classical mechanics) :Coriolis effect :Cotes's spiral :D'Alembert's principle :Damping matrix :Damping torque :Efimov effect :Elastic collision :Elastic energy :Equations of motion :Euler's laws of motion :Exact solutions of classical central-force problems :Falling cat problem :Few-body systems :Fictitious force :First class constraint :Force :Free body :Free motion equation :Free particle :Friction :Fundamental lemma of calculus of variations :Galilean invariance :Gauss's principle of least constraint :Generalized forces :Generating function (physics) :Geometric mechanics :Geometric phase :Gravitational two-body problem :Hamiltonian mechanics :Hannay angle :Helmholtz theorem (classical mechanics) :Hertz's principle of least curvature :History of classical mechanics :Hodograph :Holonomic constraints :Impact parameter :Impulse (physics) :Inelastic collision :Inertia :Inertial frame of reference :Initial stability :Instant centre of rotation :Jerk (physics) :Jet force :Johnsen–Rahbek effect :Kepler problem :Kinematic chain :Kinematic diagram :Kinematics :Kirchhoff equations :Koopman–von Neumann classical mechanics :Lame's stress ellipsoid :Langevin dynamics :Laplace–Runge–Lenz vector :Linear motion :Liouville dynamical system :List of equations in classical mechanics :Mass :Mass flow meter :Mass vector :McGehee transformation :Mean speed theorem :Mechanical similarity :Modified Newtonian dynamics :Mohr's circle :Momentum curtain :Monogenic system :Motion graphs and derivatives :N-body choreography :N-body problem :Newton's laws of motion :Newton's theorem of revolving orbits :Newton-second :Newtonian dynamics :Newtonian material :Non-autonomous mechanics :Non-autonomous system (mathematics) :Non-inertial reference frame :Nonholonomic system :Normal mode :Perpendicular axis theorem :Physics of firearms :Point particle :Positive pressure :Potential well :Primary constraint :Reaction (physics) :Relative velocity :Relativistic system (mathematics) :Reversible dynamics :Rheonomous :Roberval balance :Roll center :Roll moment :Rolling resistance :Rotary inertia :Rotating reference frame :Rotating spheres :Rotation :Routhian :Scleronomous :Simple harmonic motion :Sliding (motion) :Soft body dynamics :Specific impulse :Startup winding :Strain rate :Stress (mechanics) :Stress field :Stretch rule :Support polygon :Surface force :System-specific impulse :Tennis racket theorem :Theory of impetus :Three-body problem :Tippe top :Translational symmetry :Two-body problem :Variable-mass system :Virtual displacement :Conservation law :Angular momentum :B − L :Baryon number :BKS theory :Carter constant :Charge conservation :Chiral anomaly :Conservation of energy :Conservation of mass :Conserved current :CP violation :Electric charge :Flavour (particle physics) :Gravitational energy :Groundwater energy balance :Introduction to angular momentum :Invariant (physics) :Inversion transformation :Lepton number :Magnetic braking :Momentum :Noether's second theorem :Noether's theorem :Parity (physics) :Particle physics and representation theory :Rotational invariance :Symmetry (physics) :Translational symmetry :Dimension (mathematics and physics) :2 1/2D :Abscissa :Cartesian coordinate system :Codimension :Complex dimension :Complex network zeta function :Concentration dimension :Degrees of freedom :Degrees of freedom (physics and chemistry) :Dimension (vector space) :Dimension of an algebraic variety :Dimension theory (algebra) :Dimensional metrology :Eight-dimensional space :Exterior dimension :Five-dimensional space :Flatland :Four-dimensional space :Fourth dimension in art :Gelfand–Kirillov dimension :Global dimension :Interdimensional :Isoperimetric dimension :Kodaira dimension :Krull dimension :Matroid rank :Nonlinear dimensionality reduction :One-dimensional space :Ordinate :Regular sequence :Relative canonical model :Relative dimension :Schauder dimension :Seven-dimensional space :Six-dimensional space :String theory :Two-dimensional space :VC dimension :Zero-dimensional space :Dynamics (mechanics) :Acceleration :Action (physics) :Analytical dynamics :Bicycle and motorcycle dynamics :Dynamics of Markovian particles :Fermi acceleration :Fundamental equation of constrained motion :Kinetic energy :Net force :Ocean dynamics :Order tracking (signal processing) :Potentiometric surface :Precession :Relativistic angular momentum :Resultant force :Rotatum :Rotordynamics :Siacci's theorem :Structural dynamics :Two-mass-skate bicycle :Vehicle dynamics :Vibronic coupling :Virial theorem :Wilberforce pendulum :Yaw (rotation) :Yaw axis :Electric charge :Electrostatics :Ampère's circuital law :Ampère's force law :André-Marie Ampère :Antistatic agent :Antistatic bag :Antistatic device :Antistatic garments :Antistatic mat :Antistatic wrist strap :Barometric light :Charge density :Charged-device model :Clavecin électrique :Coefficients of potential :Conductive textile :Coulomb's law :Coulombmeter :Dielectric barrier discharge :Earnshaw's theorem :Einzel lens :Electret :Electric field :Electric field gradient :Electric flux :Electric potential :Electric potential energy :Electroadhesion :Electromanipulation :Electrophorus :Electroscope :Electrostatic analyzer :Electrostatic deflection :Electrostatic deflection (structural element) :Electrostatic discharge :Electrostatic Discharge Association :Electrostatic fieldmeter :Electrostatic generator :Electrostatic induction :Electrostatic lens :Electrostatic levitation :Electrostatic loudspeaker :ESD materials :Faraday cage :Faraday's ice pail experiment :Gauss's law :Gaussian surface :Hygroelectricity :Ion wind :Isopotential map :Kelvin water dropper :Large electrostatic generator (Teylers) :Lightning bell :Long wavelength limit :Method of image charges :Nonelectrostatic electric fields :Oil drop experiment :Paschen's law :Poisson's equation :Screened Poisson equation :Sky voltage :Spontaneous potential :Static bar :Static cling :Static electricity :Triboelectric effect :Uniqueness theorem for Poisson's equation :Van de Graaff generator :Versorium :Wimshurst machine :Xerography :Energy :Index of energy articles :List of energy journals :Outline of energy :Natan Bernot :Brown energy :Driving factors :Earth's energy budget :Ecological energetics :Emergy :Energy broker :Energy customer switching :Energy density :Energy efficiency in agriculture :Energy engineering :Energy management :Energy management software :Energy monitoring and targeting :Energy operator :Energy Policy and Conservation Act :Energy statistics :Energy transfer :Enterprise smart grid :Exertion :Flow battery :Forms of energy :Fowkes hypothesis :Free energy suppression :History of energy :Infrasonic passive differential spectroscopy :Intelligent Energy :King Abdullah Petroleum Studies and Research Center :Maximum power principle :Nanofluids in solar collectors :Orders of magnitude (energy flow density) :Orders of magnitude (energy) :Orders of magnitude (specific energy) :Powerdriver :Primary energy :Principles of grid generation :John Roberts (writer) :Seasonal thermal energy storage :Universe of Energy :Wind Data Generator :Energy :Anisotropy energy :Binding energy :Characteristic energy :Conservation of energy :Dark energy :DPIE :Energy current :Energy functional :Enthalpy :Equivalent dumping coefficient :Gravitational potential :Interaction energy :Internal energy :Invariant mass :Josephson energy :Kilocalorie per mole :Mass–energy equivalence :Mechanical energy :Ponderomotive energy :QED vacuum :Specific energy :Specific kinetic energy :Specific mechanical energy :Specific potential energy :Thermodynamic free energy :Threshold energy :Turbulence kinetic energy :Vacuum energy :Work (physics) :Zero-point energy :Friction :Boundary friction :Radial tire :Friction disk shock absorber :Stick-slip phenomenon :Stiction :Transient friction loading :Tribology :Interaction :Action at a distance :Case sensitivity :Coupling (physics) :Coupling constant :Fifth force :Fundamental interaction :Gravitational binding energy :Interaction energy :Matter :ABC Preon Model :Asymmetric hydrogenation :Colloid vibration current :Debris :Dispersion medium :Double layer (interfacial) :Dukhin number :Electroacoustic phenomena :Hardness :Interface (chemistry) :Ion Vibration Current/Potential :Matter wave :Moisture expansion :Molecule :Nanofluidic circuitry :One-off :Physical substance :Streaming vibration current/potential :Surface conductivity :Zeta potential titration :Maxwell's equations :Ampère's circuital law :Maxwell's equations in curved spacetime :A Dynamical Theory of the Electromagnetic Field :Electromagnetic induction :Faraday's induction law :Faraday's law of induction :Gauss's law :Gauss's law for magnetism :History of Maxwell's equations :Lorentz force :ANSI/ASA S1.1-2013 :IEC 80000-13 :International System of Quantities :ISO 31 :ISO 80000-8 :ISO/IEC 80000 :List of physical quantities :Measured quantity :Physical quantity :Quantity calculus :Absorbed dose :Acceleration :Admittance :Aggregate modulus :Amplitude :Angular acceleration :Angular diameter distance :Angular frequency :Angular momentum :Angular velocity :API gravity :Areal velocity :Attenuation coefficient :Bollard pull :Bulk modulus :Capacitance :Carcel :Characteristic admittance :Circular dichroism :Coercivity :Cohesion (chemistry) :Colorimetry :Comoving distance :Conductance quantum :Couple (mechanics) :Crystallinity :Cusec :Defining equation (physics) :Delta-v (physics) :Density :Displacement (fluid) :Distance measures (cosmology) :Distance modulus :Dust resistant :Dynamic modulus :Effective dose (radiation) :Effective radius :Electric charge :Electric field :Electric flux :Electric potential :Electric susceptibility :Electrical impedance :Electrical measurements :Electrical mobility :Electrical reactance :Electrical resistance and conductance :Electrical resistivity and conductivity :Electrochemical gradient :Electron mobility :Energy flux :Enthalpy :Equivalent dose :Excess molar quantity :Extracellular field potential :Fermi acceleration :Flux :Force :Frequency :Fuel efficiency :Gravity (chemistry) :Ground pressure :Group velocity :Heat capacity :Heat capacity rate :Heat capacity ratio :Huber's equation :Humidity :Critical relative humidity :Relative humidity :Hypervelocity :Illuminance :Immittance :Characteristic impedance :Impulse (physics) :Inductance :Infinitesimal strain theory :Intensity (physics) :Intensive and extensive properties :Introduction to angular momentum :Ion transport number :Ionic strength :Irradiance :Jerk (physics) :Jounce :List of electromagnetism equations :List of equations in fluid mechanics :List of equations in gravitation :List of equations in nuclear and particle physics :List of equations in quantum mechanics :List of equations in wave theory :List of materials properties :List of moments of inertia :List of photonics equations :List of thermal conductivities :Luminance :Luminosity :Luminosity distance :Luminosity function :Luminous efficacy :Luminous energy :Luminous flux :Luminous intensity :Magnetic braking :Magnetic field :Magnetic flux :Magnetic helicity :Magnetic hysteresis :Magnetic moment :Magnetic susceptibility :Magnetomotive force :Mass attenuation coefficient :Mass flow rate :Mass flux :Maximum density :Mechanical impedance :Memcapacitor :Memductance :Meminductor :Memristance :Miles per gallon gasoline equivalent :Molar volume :Molecular property :Moment (physics) :Moment of inertia :Momentum :Neutron magnetic moment :Noise-equivalent flux density :Noise-equivalent target :Number density :Orders of magnitude (speed) :Particle number :Permeation :Permittivity :Persistence length :Phase (waves) :Physical coefficient :Physical property :Pinning points :Plastic crystal :Poisson's ratio :Propagation constant :QCM-D :Quality (physics) :Quantum efficiency :Radiance :Radiant energy density :Radiant intensity :Radiative flux :Rate of penetration :Reciprocal length :Redshift :Refractive index :Relative density :Relative velocity :Rot-proof :Rotational speed :Rustproof :Scale of temperature :Second moment of area :Single-particle spectrum :Solubility :Sound intensity :Specific detectivity :Specific force :Specific gravity :Specific impulse :Specific weight :Spectral power distribution :Speed :Stiffness :Suction :Susceptance :System-specific impulse :Temperature :Thermal conductance quantum :Thermal conduction :Thermal conductivity :Thermal contact conductance :Thermal diffusivity :Thermal effusivity :Thermal emittance :Thermal equilibrium :Thermal expansion :Thermomass Theory :Time :Tonti diagram :Torque :Toughness :Turbidity :Voltage :Volume (thermodynamics) :Volumetric flux :Volumetric heat capacity :Waterproofing :Work (physics) :Young's modulus :Physical system :Adiabatic invariant :Analog models of gravity :Causal system :Classical physics :Closed system :Conservation law :Cyber-physical system :Isolated system :Mechanically isolated system :Newtonian limit :Nonholonomic system :Open system (systems theory) :Physical body :Physical symbol system :Reactive system :Sigma model :Thermally isolated system :Unbounded system :1s Slater-type function :Delta potential :Electron wave-packet interference :Helium atom :Hooke's atom :Hydrogen atom :List of quantum-mechanical systems with analytical solutions :Particle in a box :Particle in a one-dimensional lattice :Particle in a ring :Particle in a spherically symmetric potential :Quantum capacitance :Quantum cognition :Quantum harmonic oscillator :Quantum LC circuit :Quantum pendulum :SCOP formalism :Semicircular potential well :Spherium :Two-electron atom :Two-state quantum system :Quasiparticle :Biexciton :Bipolaron :Dropleton :Electron hole :Exciton :Exciton-polaritons :Fracton :Holon (physics) :Intersubband polariton :Leviton (quasiparticle) :Magnon :Orbiton :Phason :Phonon :Plasmaron :Plasmon :Polariton :Polaron :Roton :Soliton :Spin–charge separation :Spinon :Strongly correlated quantum spin liquid :Trion (physics) :Spacetime :Cosmic catastrophe :Embedded lens :Four-dimensionalism :Gravitomagnetic time delay :Lemaître coordinates :Lemaître–Tolman metric :Lovelock theory of gravity :Multiple time dimensions :Non-simultaneity :Optical metric :Peres metric :Space :Space-time crystal :Time :Time–space compression :Weyl−Lewis−Papapetrou coordinates :World tube :Beam (structure) :Bending :Block-stacking problem :Gömböc :Lami's theorem :Locating the center of mass :Mechanical equilibrium :Neutral plane :Normal force :P-Delta Effect :Pin-jointed truss :Statically indeterminate :Statics :Thin walled beams :Zero force member :Wave :Index of wave articles :Accordion effect :Acoustic shadow :Acousto-optics :Atmospheric wave :Audio frequency :Bartlett's method :Breather :Centre wavelength :Chladni's law :Coherence length :Crest (physics) :Cribbar :Damped sine wave :Dead water :Electromagnetic spectrum :Envelope (waves) :Full width at half maximum :Gravity wave :Green wave :Ground resonance :Ground vibrations :Group delay and phase delay :Group delay dispersion :Helmholtz equation :Heterodyne detection :High contrast grating :Homodyne detection :Inertial wave :Intermodulation :Internal wave :Kirchhoff's diffraction formula :Klein–Gordon equation :Longitudinal wave :Love wave :Mach wave :Magnetogravity wave :Matter wave :Mechanical wave :Metachronal rhythm :Micro perforated plate :Missing fundamental :Mountain Wave Project :Musical tone :Natural frequency :Negative frequency :Node (physics) :Optical heterodyne detection :P-wave :Path loss :Peregrine soliton :PGO waves :Power bandwidth :Pulse wave :Quasinormal mode :Radio wave :Radio frequency :RF engineering :Rarefaction :Rayleigh wave :Rectilinear propagation :Relativistic wave equations :Resonance :Rossby wave :S-wave :Sensitive flame :Shape waves :Shortwave radiation :Sine wave :Sommerfeld radiation condition :Sound :Spectral density :Speech transmission index :Spin wave :Superposition principle :Surface acoustic wave :Sverdrup wave :Thermal capillary wave :Theta rhythm :Tollmien–Schlichting wave :Traffic wave :Transverse wave :Wave (audience) :Wave action (continuum mechanics) :Wave loading :Wave Motion (journal) :Wave surface :Wavefront :Wavelength :Welch's method :Whispering-gallery wave :Physicist :Academic genealogy of theoretical physicists :List of physicists :List of plasma physicists :Medical physicist :Professional physicist :Benjamin Abeles :Arthur Komar :Roger Bacon (physicist) :Alexandre Bouzdine :Jeffrey Bub :Shawn Carlson :Nicolas J. Cerf :Bob Coecke :H. Richard Crane :Kyle Cranmer :Chris J. L. Doran :Monica Dunford :Zachary Dutton :Edward L. Fireman :Carlo Franzinetti :Erwin Gabathuler :Sophie Germain :Partha Ghose :Paolo Giubellino :Herbert Gleiter :Jene Golovchenko :Eugene P. Gross :Lene Hau :Omar Hurricane :Lorenzo Iorio :Peter Jenni :A. K. Jonscher :Mark Levinson :Laura Mersini-Houghton :Sadollah Nasiri Gheydari :Leon Pape :Stavros Katsanevas :Petros Serghiou Florides :Pieter Hendrik van Cittert :Vera Rubin :Ernst Ruska :Ryan Rohm :Brendan Scaife :Jens Scheer :Franco Selleri :Siegfried Adolf Wouthuysen :Christopher Slowe :Stig Stenholm :Kim Sun-kee :Sang-Wook Cheong :Tang Xiaowei :Hiroomi Umezawa :Alexander P. Yefremov :Scott Boman :Jordan A. Goodman :Hiranmay Sen Gupta :Abraham Alikhanov :Victor Ambartsumian :Gurgen Askaryan :Victor Bergman :Calculated Risk (novel) :Captain Atom :Christmas Jones :Sheldon Cooper :Daniel Faraday :Gordon Freeman :Graviton (comics) :Leonard Hofstadter :Hulk (comics) :Raj Koothrappali :Lex Luthor :Angus MacGyver :Doctor Octopus :Sebastian Shaw (comics) :Shion Uzuki :Tali'Zorah :Helena G. Wells :Amy Wong :Zhores Alferov :Yakov Lvovich Alpert :Edward Andrade :Nathan Aviezer :Guido Beck :John Desmond Bernal :Hans Bethe :Max Born :Herman Branover :Georges Charpak :Cyril Domb :Albert Einstein :Walter M. Elsasser :Joan Feynman :Ilya Frank :Rosalind Franklin :Jerome Isaac Friedman :Otto Robert Frisch :Dennis Gabor :Murray Gell-Mann :Emanuel Goldberg :Samuel Goudsmit :William Z. Hassid :Alan J. Heeger :Robert Hofstadter :Brian Josephson :Aryeh Kaplan :Robert Karplus :Evelyn Fox Keller :Oskar Klein :Walter Kohn :Lew Kowarski :Lev Landau :Leon M. Lederman :David Lee (physicist) :Yehuda (Leo) Levi :Ilya Lifshitz :Evgeny Lifshitz :Fritz London :Theodore Maiman :Lise Meitner :Ben Roy Mottelson :José Enrique Moyal :Douglas Osheroff :Wolfgang Pauli :George Placzek :Isidor Isaac Rabi :Alvin Radkowsky :Frederick Reines :Bruno Rossi :Joseph Rotblat :Marcel Schein :Gerald Schroeder :Karl Schwarzschild :Martin Schwarzschild :Emilio G. Segrè :Dan Shechtman :Louis Slotin :Jack Steinberger :Otto Stern :Emil Warburg :Arieh Warshel :Eugene Wigner :Edward Witten :Louis Witten :André-Marie Ampère :Edward Frederick Robert Bage :Louis Agricola Bauer :Richard J. 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Marvin Herndon :High Altitude Observatory :High time-resolution astrophysics :Highly charged ion :Hubble–Reynolds law :Hydrogen anion :Hydrostatic equilibrium :Hypercompact stellar system :ICRANet :IEEE Nuclear and Plasma Sciences Society :INDIGO :Instituto de Astrofísica de Andalucía :Iron peak :J1000+0221 :Jaffe profile :Jeans instability :Jeans's theorem :K correction :Kavli Prize :Kelvin–Helmholtz mechanism :Kvant-1 :Ofer Lahav :Lane–Emden equation :Lead star :Light cone :Lindblad resonance :List of Russian astronomers and astrophysicists :Low-dimensional chaos in stellar pulsations :Luminosity :M–sigma relation :Magnetic mirror point :Magnetogravity wave :Mass deficit :Mass-to-light ratio :Donald Howard Menzel :Metallicity :Modified Newtonian dynamics :Moment of inertia factor :Morphs collaboration :Neutronium :Nordtvedt effect :Nuclear astrophysics :Nucleocosmochronology :Nucleocosmogenesis :Nucleosynthesis :Nuker Team :Optical depth (astrophysics) :Osipkov–Merritt model :P-nuclei :P-process :Carlton R. Pennypacker :Phillips relationship :Photodissociation :Photodissociation region :Photographic magnitude :Photometry (astronomy) :Physical cosmology :Pickering series :Planck scale :Plasma (physics) :Plasma parameters :Plasmoid :Plummer model :Polar jet :Polarization in astronomy :Polytrope :Press–Schechter formalism :Przybylski's Star :Pulsed Accretion :R-process :Radio object with continuous optical spectrum :Red clump :Martin Rees, Baron Rees of Ludlow :Reionization :Relativistic beaming :Richtmyer–Meshkov instability :Rotational Brownian motion (astronomy) :Rp-process :S-process :Bishun Khare :Carl Sagan :Sakurai's Object :Scalar–tensor–vector gravity :Schönberg–Chandrasekhar limit :Schwarzschild criterion :Sersic profile :Shock waves in astrophysics :Sołtan argument :Source function :Spectral atlas :Standard solar model :Stationary orbit :Stellar physics :Stellar pulsations :Stromgren integral :Strömgren sphere :Superionic water :Superluminal motion :Supernova nucleosynthesis :Tensor–vector–scalar gravity :Terrestrial gamma-ray flash :Theoretical astrophysics :Timeline of gravitational physics and relativity :Tolman–Oppenheimer–Volkoff equation :Tolman–Oppenheimer–Volkoff limit :TRACE (computer program) :Wallace Hampton Tucker :Urca process :Vaidya metric :Virbhadra–Ellis lens equation :Virgo-centric flow :Weyl's postulate :Whole Earth Blazar Telescope :Wouthuysen–Field coupling :X-factor (astrophysics) :XMM Cluster Survey :Zanstra method :Zeeman–Doppler imaging :Ballistics :Aberdeen chronograph :Aeroballistic Range Association :Aiming point :Allegany Ballistics Laboratory :AN/MSQ-1 :Anti-ship ballistic missile :Automated firearms identification :Ballistic coefficient :Ballistic eye wear :Ballistic gelatin :Ballistic impact :Ballistic limit :Ballistic missile :Ballistic pendulum :Bulletproof vest :Ballistics by the Inch :Behind-armor debris :Bullet bow shockwave :Celebratory gunfire :Circular error probable :Combustion light gas gun :Comparison microscope :Contact shot :Deflection (ballistics) :Director (military) :Drugfire :Elevation (ballistics) :External ballistics :Free return trajectory :Greenhill formula :Gun data computer :Gun harmonisation :Handgun effectiveness :High–low system :Hydrostatic shock :Integrated Ballistics Identification System :Interface defeat :Internal ballistics :Light gas gun :Mathematical discussion of rangekeeping :Muzzle velocity :Obturating ring :Overall length :Parabola of safety :Penetration (weaponry) :Permanent cavity :Point-blank range :Projectile :Projectile use by living systems :Propellant :QuickLOAD :Range of a projectile :Reeves AN/MSQ-35 Bomb Scoring Central :Reeves AN/MSQ-77 Bomb Directing Central :Ricochet :Rifleman's rule :Sabot :Daniel Santbech :Sectional density :Shooting reconstruction :Stopping power :Taylor KO Factor :Terminal ballistics :Thompson-LaGarde Tests :Throwing :Trajectory :Trajectory of a projectile :Trajectory optimization :Transitional ballistics :Vaporific effect :Very-low-drag bullet :Windage :Witness block :Wound ballistics :Biophysics :Cardiophysics :Outline of biophysics :Physiome :Index of biophysics articles :Astrobiophysics :Autowave :Autowave reverberator :Avidity :BCM theory :Friedrich Beck :Bifurcation memory :Bioelectrodynamics :Bioelectromagnetics :Bioelectromagnetics (journal) :Bioenergetics :Biological neuron model :Biomagnetism :Biophysical chemistry :Biophysical Society :BISC (database) :Catch bond :Cell biophysics :Cellular noise :Chemical shift index :Cholesterol depletion :Clinical biophysics :Comparator system :Computational epigenetics :Davydov soliton :Differential scanning calorimetry :DiProDB :DNA-binding protein :Electrorotation :Entropy and life :Epistructural tension :European Biophysics Societies Association :Excitable medium :Falling cat problem :Fast parallel proteolysis :FitzHugh–Nagumo model :Flory convention :Fluorescence recovery after photobleaching :FlyFactorSurvey :Förster resonance energy transfer :GHK flux equation :Gibbs Society of Biological Thermodynamics :Hindmarsh–Rose model :HitPredict :HNCA experiment :HNCOCA experiment :Hosaka-Cohen Transformation :Hydrophobicity scales :Hyperaccumulators table – 3 :Iatrogenic hypocholesterolemia :Institute of Biophysics :Interbilayer forces in membrane fusion :Isothermal titration calorimetry :K-mer :Kinetic scheme :L-Field :Lipid bilayer fusion :Lipid polymorphism :List of biophysically important macromolecular crystal structures :Low-frequency collective motion in proteins and DNA :Macromolecular crowding :Magnetic tweezers :Magnetoception :Magnetomyography :Max Planck Institute for Biophysics :McCutcheon index :Mechanotransduction :Membrane biophysics :Molecular motor :Near-infrared window in biological tissue :Non-B database :Nuclear magnetic resonance spectroscopy of nucleic acids :Nuclear magnetic resonance spectroscopy of proteins :Nucleic acid double helix :Nucleic acid secondary structure :Oja's rule :Oncotherm :Optical mapping :Optical stretcher :Optical tweezers :Optical window in biological tissue :Opticution :Photochemical Reflectance Index :Protein Chemical Shift Prediction :Protein–protein interaction :Quantum Aspects of Life :Quantum biology :Quasinormal mode :Random Coil Index :RefDB (chemistry) :RegTransBase :RNA CoSSMos :Saffman–Delbrück model :SHIFTCOR :Slow afterhyperpolarization :Soliton model in neuroscience :Specific absorption rate :Stochastic resonance :Stopped flow :Structural biology :Surface plasmon resonance :TcoF-DB :Tethered particle motion :Transcription factor :Transduction (biophysics) :Vibrational circular dichroism :What Is Life? :Worm-like chain :Wrapping technology :Zero-mode waveguide :Physical chemistry :Absorption (chemistry) :Acid dissociation constant :Actinism :Actinology :Aerosol :Amagat :Amorphism :Amorphous carbonia :Anomalous diffusion :Apparent molar property :Atmosphere (unit) :Atomic ratio :Attenuation coefficient :Autocatalytic reaction :Bacterial adhesion in aquatic system :Benesi–Hildebrand method :BET theory :Bioaerosol :Bioceramic :Bjerrum length :Boiling-point elevation :Bolaamphiphile :Butler–Volmer equation :Capacitance probe :Chemical affinity :Chemical equilibrium :Chemical polarity :Chemical potential :Chemical stability :Chemical thermodynamics :Chemisorption :CIDNP :Coalescence (chemistry) :Coffee Joulies :Colligative properties :Conductivity (electrolytic) :Coomber's relationship :Copper coulometer :Crossed molecular beam :Cryochemistry :Crystallographic database :Cubic harmonic :Dalton's law :Peter Debye Award :DECHEMA model :Defining equation (physical chemistry) :Defining equation (physics) :Degree of ionization :Derjaguin approximation :Diamond anvil cell :Differential dynamic microscopy :Dissolution (chemistry) :DLVO theory :Donnan potential :Double layer (biospecific) :Dynamic light scattering :Dynamic vapor sorption :Effective medium approximations :Effusion :Electrochemical equivalent :Electrochemistry :Electrodeionization :Electrolyte :Electron affinity :Electron transfer :Elementary reaction :Eötvös rule :Ethenium :Evaporation suppressing monolayers :Explosive boiling or phase explosion :Extent of reaction :Eyring equation :Femtochemistry :Fick's laws of diffusion :Fluorescence correlation spectroscopy :Fluorescence cross-correlation spectroscopy :Food physical chemistry :Frequency domain sensor :Frigorific mixture :Fugacity :Gel :Gibbs–Donnan effect :Goldman equation :Hamaker constant :Hamaker theory :Hansen solubility parameter :Henry adsorption constant :Henry's law :Hess's law :Hofmeister series :Hot atom :Hydration energy :Hypersaturation :ICE table :Incongruent transition :Inner sphere electron transfer :Ion :Ion-neutral complex :Ionic potential :Ionic transfer :Ionization :ISO 31-8 :Isotopic labeling :Isotopomers :Kelvin equation :Kinetic scheme :Krafft temperature :Lamellar structure :Irving Langmuir Award :Law of dilution :Law of multiple proportions :Libration (molecule) :Liesegang rings :Linear combination of atomic orbitals :Liquid junction interface :Liquid junction potential :List of character tables for chemically important 3D point groups :List of electromagnetism equations :List of equations in fluid mechanics :List of equations in gravitation :List of equations in nuclear and particle physics :List of equations in quantum mechanics :List of equations in wave theory :List of photonics equations :Macromolecular crowding :Madelung constant :Magnetic isotope effect :Marcus theory :Margules activity model :Markush structure :Mass-action ratio :Matrix isolation :Maximum density :Maximum term method :Mechanically stimulated gas emission :Membrane emulsification :Microchannel plate detector :Micromeritics :Microscopic reversibility :Molar conductivity :Molar refractivity :Molecular weight cut-off :Monolayer :Multimedia fugacity model :Multipass spectroscopic absorption cells :Negative thermal expansion :Nernst–Planck equation :Nitrogen inversion :Non-random two-liquid model :Okorokov effect :Opacifier :Osmotic coefficient :Ostwald ripening :Outer sphere electron transfer :Partial molar property :Partial pressure :Perfect mixing :Peroxocarbonate :Peroxodicarbonate :Phase-change material :Photoelectrochemical process :Photoelectron photoion coincidence spectroscopy :Photoexcitation :Photofragment-ion imaging :Physical and Theoretical Chemistry Laboratory :Mixture :Piper diagram :Point of zero charge :Polyelectrolyte :Potential of mean force :Psychrometric constant :Radial distribution function :Random coil :Raoult's law :Reaction coordinate :Reaction dynamics :Reaction quotient :Reactivity–selectivity principle :Redox indicator :Reid vapor pressure :Reversible reaction :Saturation (chemistry) :Serine octamer cluster :Singlet oxygen :Smoluchowski factor :Sodium polycarboxylate :Solidus (chemistry) :Solution :Solvent effects :Sorption :Sorption isotherm :Specific weight :Spin chemistry :Standard conditions for temperature and pressure :Static light scattering :Steady state (chemistry) :Steric factor :Sticking probability :Stöber process :Supercritical water oxidation :Symmetry operation :Thermochemistry :Thermodynamic activity :Tolman length :True vapor pressure :Unimolecular ion decomposition :Van 't Hoff factor :Van der Waals molecule :Van der Waals surface :Vapor pressure osmometry :Vaporization :Vibrational circular dichroism :Volatility (chemistry) :Volume (thermodynamics) :Volume fraction :Water content :Wien effect :E. Bright Wilson Award in Spectroscopy :Chemical physics :Dynamic nuclear polarisation :Effective field theory :Electromagnetic absorption by water :Electrostatic deflection (structural element) :Fuel mass fraction :Knight shift :Magic angle (EELS) :McConnell equation :Molecular beam :Molecular vibration :Nuclear Overhauser effect :Photofragment-ion imaging :Polarizability :Quantum solvent :Reactive empirical bond order :Rotating wave approximation :Rotational transition :Rotational-vibrational spectroscopy :RRKM theory :Ziff–Gulari–Barshad model :Cryogenics :21st Century Medicine :List of cooling baths :Burr (edge) :Cooling bath :Cryo-adsorption :Cryobiology :Cryocooler :Cryogenic deflashing :Cryogenic energy storage :Cryogenic engineering :Cryogenic fuel :Cryogenic grinding :Cryogenic processor :Cryogenic seal :Cryogenic storage dewar :Cryogenic treatment :Cryostat :Cryotank :Cryotherapy :Dilution refrigerator :Entropy production :Ex-situ conservation :Expansion ratio :Fluidyne engine :Hampson–Linde cycle :Helium-3 refrigerator :Hydrogen valve :Joule–Thomson effect :Heike Kamerlingh Onnes :Lambda point refrigerator :Liquid air :Liquid gas :Liquid helium :Liquid hydrogen :Liquid hydrogen tanktainer :Liquid hydrogen trailer :Liquid oxygen :Ovarian tissue cryopreservation :Pomeranchuk cooler :Pulse tube refrigerator :Regenerative cooling :Residual-resistance ratio :Shubnikov–de Haas effect :Sisyphus effect :Slush hydrogen :Solid oxygen :Stoddard engine :Timeline of low-temperature technology :Vacuum flask :Outline of geophysics :Petrophysics :Theory of tides :Adams–Williamson equation :Admittance (geophysics) :Anelastic attenuation factor :Archie's law :Atmospheric electricity :Azimi Q models :Birch's law :Bouguer anomaly :British Geophysical Association :Byerlee's law :Canadian Geophysical Union :Computational geophysics :Converted-wave analysis :Core sample :Core–mantle boundary :Creation geophysics :Curie depth :Deep Carbon Observatory :Department of Petroleum Engineering and Applied Geophysics, NTNU :Diamond anvil cell :Earth tide :Earth's magnetic field :Ekman number :Energetic neutral atom :Episodic tremor and slip :Erosion and tectonics :ETH Laboratory of Ion Beam Physics :European Geosciences Union :Exhumation of Yagan's head :Expanding Earth :Exploration geophysics :Extinct radionuclide :Factorization of the mean :Figure of the Earth :Forensic geophysics :Fraser Filter :Gassmann's equation :Geodesy :Geodynamics :Geomagnetic reversal :Geoneutrino :Geophysical fluid dynamics :Geophysical global cooling :Geophysical Service of the Russian Academy of Sciences :Geophysics :Geosphere :Geostrophic wind :Geothermy :German Geophysical Society :Glaciogenic Reservoir Analogue Studies Project :Gravity anomaly :Hayford ellipsoid :Heliophysics Science Division :History of geophysics :Inertial wave :International Geophysical Year :International Union of Geodesy and Geophysics :Isotope geochemistry :Large Low Shear Velocity Provinces :Love wave :Magnetic anomaly detector :Mass concentration (astronomy) :Mass distribution :Mathematical geophysics :Mathematical Q models :Meteorite :Micrometeorite :Mineral exploration :Mineral physics :Mineralogical Society of America :Moment magnitude scale :Mudrock line :National Data Repository :National Institute of Geophysics and Volcanology :Near-surface geophysics :Overburden pressure :Physical geodesy :Plasmasphere :Polflucht :Pore pressure gradient :Primitive equations :RadExPro seismic software :Reference ellipsoid :Refraction microtremor :Ring current :Rock magnetism :Rossby number :Russian Mineralogical Society :Scientific drilling :Secondary circulation :SEG Y :Seismic anisotropy :Seismic attribute :Seismic inverse Q filtering :Seismic inversion :Seismic migration :Seismic refraction :Seismic to simulation :Seismoelectrical method :Seismological Society of Japan :Shale Gouge Ratio :Shell Processing Support :Siljan Ring :Slab pull :Sociedade Brasileira de Geofísica :Society of Petrophysicists and Well Log Analysts :Specularity gather :Spontaneous potential :Stabilized inverse Q filtering :Standard linear solid Q model for attenuation and dispersion :Stanford Exploration Project :Strainmeter :Stress Field Detector :Tectonophysics :Telluric current :The Kjartansson constant Q model :The Kolsky basic model and modified model for attenuation and dispersion :Thermal history of the earth :Thermophysics :Tide :Ultra low velocity zone :Upward continuation :Vertical deflection :Vertical seismic profile :Vine–Matthews–Morley hypothesis :Materials science :Radiation material science :3T Cycling :A. A. Griffith Medal and Prize :Abnormal grain growth :Acoustic emission :Acoustoelastic effect :Adhesion :David Adler Lectureship Award in the Field of Materials Physics :Adsorption :Advanced composite materials (engineering) :Air bearing :Alpha factor :AMSilk :Analytical chemistry :Archard equation :ASM International (society) :Asperity (materials science) :Roger Bacon (physicist) :Bauschinger effect :Beamline :Bi-isotropic material :Biomimetic materials :Blowing agent :Bonding in solids :Bouc–Wen model of hysteresis :Bounded deformation :Brewster angle microscope :Brittleness :Bubble rafts :Buckling :Burgers vector :Cathodoluminescence :Ceramic engineering :Ceramography :Characteristic energy length scale :Characterization (materials science) :Charles Goodyear Medal :Cheapium :Chemical stability :Chirotechnology :CILAS :Circle-throw vibrating machine :Coating :Coherent diffraction imaging :Colloidal particle :Colloidal probe technique :Combinatorial chemistry :Compressive strength :Condensed matter physics :Quasi-one-dimensional models :Conditioner (chemistry) :Contact resistance :Coordination number :Coulomb explosion :Crack arrestor :Crystal engineering :Crystal cluster :Crystal growth :Crystal structure :Crystal twinning :Crystallography :Cyclic stress :Damping capacity :Diamond anvil cell :Diattenuator :Dielectric thermal analysis :Differential scanning calorimetry :Diffusion bonding :Digital image correlation :Dispersion (materials science) :Displacement field (mechanics) :Double layer forces :Dragontrail :Dynamic combinatorial chemistry :Dynamic mechanical analysis :Dynamic strain aging :Dynamic vapor sorption :Dynamical heterogeneity :Dynamical mean field theory :Elastic and plastic strain :Elastic recoil detection :Elasto-plastic self-consistent modeling :Elastomer :Electrical resistivity and conductivity :Electroceramics :Electromagnetic absorbers :Electron Microscopy Center :Electron mobility :Electrostriction :Elemental analysis :Entropic force :Evanescent wave :Evaporation :Extended X-ray absorption fine structure :Material failure theory :Felicity effect :Ferroelasticity :Ferroelectric ceramics :Fiber simulation :FKM :Flexural modulus :Force lines :Forensic engineering :Forensic materials engineering :Fracture :Fracture toughening mechanisms :Frank-Read Source :Friability :Henry Clay Fry :Functionally graded element :Functionally graded material :Galling :Galvanoluminescence :Generalized Maxwell model :Goodman relation :Gorilla Glass :Grain boundary :Grain growth :Halpin–Tsai model :Hankinson's equation :Hardness :HARMST :Helium atom scattering :Hertzian cone :High pressure :High-power impulse magnetron sputtering :Hume-Rothery rules :Hydrogenography :Hyperspectral imaging :Hysteresis :ICME cyberinfrastructure :Impulse excitation technique :Incongruent melting :Industrial computed tomography :Infinitesimal strain theory :Institute of Materials, Minerals and Mining :Integrated computational materials engineering :Interstitial compound :Ion beam analysis :Ion implantation :J integral :Kaiser effect (material science) :Kelvin–Voigt material :Joseph-Louis Lambot :Lame's stress ellipsoid :Lamella (materials) :Langmuir adsorption model :Lanthanum aluminate-strontium titanate interface :Larson-Miller Parameter :Larson–Miller relation :Laser-heated pedestal growth :Lever rule :Levy–Mises equations :Lewcott Corporation :LIGA :Liquidus :Liquipel :List of materials properties :List of physical properties of glass :List of software for nanostructures modeling :Literature of phase boundaries :Lomer-Cottrell junction :Low-energy electron diffraction :Low-energy ion scattering :Low-k dielectric :Lunar regolith simulant :Macrograph :Magic angle (EELS) :Magnetoelectric effect :Arun Majumdar :Material selection :List of materials analysis methods :Materials informatics :Materials Knowledge Transfer Network :History of materials science :Materials science in science fiction :Materials Science Laboratory :Materiomics :Maxwell material :Mechanically stimulated gas emission :Melting :MEMS thermal actuator :Mesocrystal :Metallurgical failure analysis :Metamaterial absorber :Metamaterial cloaking :Micro-flow imaging :Micromasonry :Micromeritics :Micronization :Microstructure :Microthermal analysis :Mohr–Coulomb theory :Mohr's circle :Mohs scale of mineral hardness :Multiferroics :Nanochannel glass materials :Nanofluidic circuitry :Nanofluidics :Nanotribology :NASLA :Necking (engineering) :Negative index metamaterials :Negative thermal expansion :Newtonian material :Nickel titanium :Nitinol 60 :Non-stick surface :Nondestructive testing :Nordic Institute of Dental Materials :Nuclear reaction analysis :Ohmic contact :Opacifier :Optical contact bonding :Optical modulators using semiconductor nano-structures :P-wave modulus :Paris' law :Particle aggregation :Particle deposition :PEDOT-TMA :Persoz pendulum :Phase diagram :Photoelasticity :Photoelectrochemical cell :Photoelectrochemical process :Photomechanical effect :Photonic metamaterial :Photoresist :Pinning points :Plasma-facing material :Plastics engineering :Poisson's ratio :Pole figure :Polyelectrolyte adsorption :Polymer adsorption :Flory–Rehner equation :Polymer science :Polymorphism (materials science) :Portevin–Le Chatelier effect :Positron Lifetime Spectroscopy :Powder mixture :Prealloy :Pseudoelasticity :PTFE fiber :Pugmill :Puncture resistance :Quietstone :Rainflow-counting algorithm :Ramberg–Osgood relationship :Reaction bonded silicon carbide :Recovery (metallurgy) :Redux (adhesive) :Reflectance difference spectroscopy :Reliability engineering :Reptation :Residual strength :Reticulated foam :Retrogression heat treatment :Rigid unit modes :Rigidity theory (physics) :Rule of mixtures :Rutherford backscattering spectrometry :Scleroscope :Segregation in materials :Selected area diffraction :Self-healing material :Severe plastic deformation :Shear band :Shear modulus :Shrink-fitting :SiC/SiC Matrix Composite :Slip (materials science) :Slow release :Smart Cut :Solid solution :Solid-state chemistry :Solidus (chemistry) :Solvus :Spallation Neutron Source :Specific modulus :Specific strength :Spider silk :Spin engineering :Spinmechatronics :Spinodal decomposition :Split-Hopkinson pressure bar :Split-ring resonator :Sputtering :Stacking-fault energy :Standard linear solid model :Sticking coefficient :Sticking probability :Stopping and Range of Ions in Matter :Stopping power (particle radiation) :Strain rate :Strength of materials :Strengthening mechanisms of materials :Stress (mechanics) :Stress field :Stress relaxation :Strongly correlated material :Structural integrity and failure :SU-8 photoresist :Sublimation sandwich method :Super black :Superconducting steel :Superplasticity :Surface diffusion :Surface modification :Surface states :Surface stress :Taylor-Hobson :Temperature-programmed reduction :Terahertz nondestructive evaluation :The Minerals, Metals & Materials Society :Theories of cloaking :Thermal analysis :Thermal barrier coating :Thermal spraying :Thermogravimetric analysis :Thermogravimetry :Thermomechanical analysis :Timeline of materials technology :Touchstone (assaying tool) :Toughness :Transformation optics :Henri Tresca :Tribology :Tribometer :Trojan wave packet :Ultimate tensile strength :Universal testing machine :Universality–diversity paradigm :Vapor polishing :Kalidhindi B. R. Varma :Viscoelasticity :Void ratio :Von Mises yield criterion :Waviness :Weibull modulus :Wideband materials :Wilhelmy plate :X-ray absorption fine structure :X-ray absorption spectroscopy :X-ray microtomography :XANES :Xylology :Yield curve (physics) :Yield strength anomaly :Yield surface :Z-tube :Zener pinning :Zinagizado :Mechanical engineering :AFGROW :Agitator (device) :Air handler :Air preheater :Airflow :Airshaft :American Machinists' Handbook :Applied mechanics :Atmosphere (unit) :Automaton clock :Backdrive :Backyard Ballistics :Ball detent :Beale number :Bearing surface :Bellcrank :Bimetallic strip :Block and bleed manifold :Blood viscoelasticity :Bolted joint :Brake shoe :Break-in (mechanical run-in) :Brinelling :Built-up gun :Bullwheel :Burmester's theory :Burnishing (metal) :Bushing (isolator) :Calibrated orifice :Cam :Cam follower :Cam plastometer :Campbell diagram :Centrifugal pendulum absorber :Chilled water :Chiller :CILAS :Circle grid analysis :Coefficient of performance :Collapse action :Combined cycle :Compliant mechanism :Compound lever :Compression (physics) :Constant air volume :Constrained-layer damping :Contact mechanics :Frictional contact mechanics :Cooling tower :Coupling :Crank (mechanism) :Critical speed :Cryogenic engineering :D'Alembert–Euler condition :D-value (transport) :Damper (flow) :Damping matrix :Demister (vapor) :Design and manufacturing of gears :Design for manufacturability :Dexel :Docking sleeve :Drive by wire :Duality (mechanical engineering) :Dunkerley's method :Duty cycle :Dynamometer :Edmund Key :Embedment :Engineering design process :Engineering Equation Solver :Engineering fit :Envelope (motion) :Equation of state :ERF damper :Euler–Bernoulli beam theory :Fan coil unit :Feedwater heater :Fillet (mechanics) :Flange :Float (liquid level) :Flow stress :Fluid power :Formability :Fretting wear :Friction loss :Galling :Gear :Geared continuous hinge :Gudgeon pin :Heat transfer :Heisler Chart :Hinge :Hydraulics :Hydrogen pinch :Hydrogen turboexpander-generator :Ideal machine :Idler-wheel :Index of mechanical engineering articles :Indexing (motion) :Injector :Interference fit :Jaw coupling :JIC fitting :Junker test :Kinematic chain :Kinematic coupling :Kinematic determinacy :Kinematic diagram :Kinematics :Laboratory for Energy Conversion :Lamina emergent mechanism :Light Aid Detachment :Lightening holes :Limits and fits :List of gear nomenclature :Machine (mechanical) :Machinery's Handbook :Maintenance engineering :Maintenance, repair, and operations :Marks' Standard Handbook for Mechanical Engineers :Mass transfer :Mathematical Magick :Mating connection :Mechanical advantage device :Mechanical efficiency :Mechanical engineering technology :Mechanical joint :Mechanical singularity :Mechanical system :Mechanical, electrical, and plumbing :Metal expansion joint :Metal hose :Metallurgical failure analysis :Microelectromechanical systems :Modal analysis :Motion ratio :Multi-function structure :Multiphase heat transfer :Non-synchronous transmission :Nutation (engineering) :Orifice plate :Ortman Key :Oscillating reciprocation :Overspeed (engine) :Parallel motion :Particle damping :Photoelasticity :Pinch analysis :Piping :Piston motion equations :Plane stress :Power engineering :Precision engineering :Pressure exchanger :Proactive maintenance :Process integration :Pulverizer :Railworthiness :Range of motion :Reciprocating compressor :Reciprocating motion :Recuperator :Relief valve :Residual stress :Reynolds equation :Reynolds transport theorem :Roadworthiness :Roark's Formulas for Stress and Strain :Rotary feeder :Rotor :Run-around coil :Run-out :Sacrificial part :Screw theory :Shaft misalignment :Shear pin :Shear strength :Sieving coefficient :Sight glass :Simple machine :Slider crank chain inversion :Slip factor :Slip joint :Slip line field :Society of Tribologists and Lubrication Engineers :Soft Foot :South-pointing chariot :Spherical roller bearing :Spherical roller thrust bearing :Standard conditions for temperature and pressure :Steam rupture :Stick-slip phenomenon :Strain hardening exponent :Streamlines, streaklines, and pathlines :Structural integrity and failure :Structural load :Sub transmission :Surface integrity :Surface roughness :Swivel :Systematic hierarchical approach for resilient process screening :Tail lift :Thermal efficiency :Thermal engineering :Thermo-mechanical fatigue :Thermomechanical Cuttings Cleaner :Thermomechanical generator :Three-dimensional losses and correlation in turbomachinery :Timken OK Load :Tip clearance :Tolerance analysis :Tooth interior fatigue fracture :Torque density :Total indicator reading :Transmission (mechanics) :Treadle :Tribology :Trunnion :Tuned mass damper :Turboexpander :Turbomachinery :Undercut (manufacturing) :Units conversion by factor-label :Variable air volume :Vehicle engineering :Velocity triangle :Vibration isolation :Vibratory stress relief :Victaulic :Virtual work :VOICED :Water cascade analysis :Water chiller :Water pinch analysis :Wells turbine :West number :Wilco AG :Work (physics) :Zero seek :Cardiophysics :Medical physics :Acoustic radiation force impulse imaging :American Association of Physicists in Medicine :Elda Emma Anderson :Asia-Oceania Federation of Organizations for Medical Physics :Beam's eye view :BEAMnrc :Boron neutron capture therapy :Neutron capture therapy of cancer :Brachytherapy :Canadian National Calibration Reference Centre :Certified Health Physicist :Clinical biophysics :Cone beam reconstruction :Deuterium-depleted water :Dose area product :Dose profile :Dose-volume histogram :Dosimetry :Echogenicity :EEG-fMRI :Effective dose (radiation) :Electromagnetic hypersensitivity :Electromagnetic radiation and health :Electron therapy :Fast neutron therapy :Gallium-68 generator :Gamma camera :Gamma probe :Health physics :High resolution manometry :High-intensity focused ultrasound :Home ultrasound :Immunophysics :Instruments used in radiology :International Academy of Medical and Biological Engineering :International Federation of Medical and Biological Engineering :International Organization for Medical Physics :International Union for Physical and Engineering Sciences in Medicine :Ioflupane (123I) :Irish Association of Physicists in Medicine :Irreversible electroporation :Isocenter :David Jaffray :Janus Experiments :Journal of Medical Physics :Kerma (physics) :Laser medicine :Thomas Rockwell Mackie :Magnetic hyperthermia :Mechanical index :Medical imaging :Magnetic resonance therapy :Medical ultrasonography :Mobile phone radiation and health :Multileaf collimator :Non-ionizing radiation :Particle therapy :Pencil-beam scanning :Percentage depth dose curve :Perfusion scanning :Pertechnetate :PET-CT :Photodynamic therapy :Photomedicine :Photothermal therapy :Positron emission tomography :Preclinical imaging :Prostate brachytherapy :Proton therapy :Radiation and Public Health Project :Radiation therapy :Radiation treatment planning :Radiobiology :Radiology :Single-photon emission computed tomography :Southeast Asian Federation of Organizations of Medical Physics :Technetium-99m :Technetium-99m generator :Tissue-to-air ratio :Tomotherapy :Ultrasound research interface :University of Texas Health Science Center Department of Radiology :Michael W. Vannier :Well counter :X-ray :Atmospheric optics :Index of optics articles :Ophthalmoscopy :Optics :Optofluidics :Timeline of electromagnetism and classical optics :Abbe number :Abbe sine condition :Afocal system :Albada finder :Angle of view :Angle-resolved low-coherence interferometry :Angular aperture :Angular resolution :Babinet–Soleil compensator :Bahtinov mask :Bandwidth-limited pulse :Beam diameter :Beam divergence :Beam expander :Bidirectional reflectance distribution function :Bloch wave – MoM method :Book of Optics :Calculation of glass properties :Carey mask :Catoptrics :Cauchy's equation :Cavity opto-mechanics :Chaos in optical systems :Coherence length :Coherence theory :Coherence time :Collimated light :Coma (optics) :Complex beam parameter :Condenser (optics) :Confocal :Conjugate focal plane :Conoscopic interference pattern :Conoscopy :Cotton–Mouton effect :Crystal optics :Dawes' limit :Defocus aberration :Deformable mirror :Degree of coherence :Dephasing :Diamond turning :Dichroic glass :Dichroism :Dichromatic reflectance model :Dichromatism :Differential group delay :Diffuse reflection :Dioptre :Dioptric correction :Dioptrics :Dispersion (optics) :Distinctness of image :Distortion :Distortion (optics) :Domain wall (optics) :Double-Blind FROG :Dynamic speckle :Electro-gyration :Electrochromism :Electromagnetically induced grating :Electromagnetically induced transparency :Emission theory (vision) :Encircled energy :Erect image :Etendue :European Photonics Industry Consortium :Evanescent wave :Exit pupil :Extraordinary optical transmission :F-number :Fabrication and testing of optical components :Faraday effect :Figuring :Flat-field correction :Focus recovery based on the linear canonical transform :Folded optics :Forward scattering alignment :Four-wave mixing :Fourier optics :Fraunhofer diffraction :Fresnel integral :Gires–Tournois etalon :Gladstone–Dale relation :Gloss (optics) :Goniophotometry :Gradient-index optics :Group delay and phase delay :Group delay dispersion :Group velocity :Guided-mode resonance :Haidinger's brush :Hamiltonian optics :Helmholtz reciprocity :High-speed photography :High-refractive-index polymer :History of optics :Holographic grating :Homogeneous broadening :Hot mirror :Hyperfocal distance :Illusion optics :Image-forming optical system :Imaging science :Index ellipsoid :Index-matching material :Infrared open-path detector :Integral field spectrograph :Intensity (physics) :Interferometric visibility :Inverse problem in optics :Invisibility :Iridescence :Jamin interferometer :Jitter (optics) :Jones calculus :Kirchhoff integral theorem :Kirchhoff's diffraction formula :Kreft's dichromaticity index :Large Optical Test and Integration Site :Laser detuning :Laser ignition :Laser linewidth :Laser Printing of Single Nanoparticles :Lens speed :Lenslet :Lenticular printing :Light extraction in LEDs :Light field :Light stage :Line moiré :Line source :List of photonics equations :Lloyd's mirror :Local density of states :Localized Surface Plasmons :LogMAR chart :Long-slit spectroscopy :Lorentz–Lorenz equation :Loupe light :Magnetic lens :Magnification :Mandelbaum Effect :Mathematical descriptions of opacity :Matthiessen's ratio :Mean free path :Optical medium :Metal-mesh optical filters :Metamaterial cloaking :Microdensitometer :Microstructured optical arrays :Miller's Rule (optics) :Minimum deviation :Minimum resolvable contrast :Minnaert function :Morphology-dependent resonance :Multipass spectroscopic absorption cells :Multiphoton lithography :Multiple-prism dispersion theory :Multiple-prism grating laser oscillator :Museum of Optical Technologies :N-slit interferometer :N-slit interferometric equation :Nanocharm :Nanophotonics :Near-field optics :Negative refraction :Newton's rings :Nonimaging optics :Null corrector :Numerical aperture :Opacity (optics) :Optical aberration :Optical axis grating :Optical bistability :Optical coherence tomography :Optical contact bonding :Optical correlator :Optical cross section :Optical engineering :Optical feedback :Optical field :Optical format :Optical frequency multiplier :Optical mapping :Optical microsphere :Optical path :Optical phase space :Optical physics :Optical properties of water and ice :Optical resolution :Optical sine theorem :Optical sorting :Optical transfer function :Optical vortex :Opticks :Optics Valley :Oren–Nayar reflectance model :Organic photonics :Parallax :Parametric process (optics) :Paris inch :Pellicle mirror :Petzval field curvature :Photoconductivity :Photoelasticity :Photoelectrochemical process :Photography :Science of photography :Photomixing :Photon :Photonic crystal :Photonic metamaterial :Photonics :Physical optics :Piezooptic effect :Piston (optics) :Plane of incidence :Plasmonic lens :Plasmonic metamaterials :Point spread function :Polariton laser :Polaritonics :Polarization mixing :Polarization rotator :Polaroid (polarizer) :Optical power :Poynting vector :Precision glass moulding :Prentice position :Prism adaptation :Prism compressor :Andrew Pritchard :Pupil function :Purkinje images :Q factor :QMR effect :Quantum optics :Quasioptics :Radiative transfer equation and diffusion theory for photon transport in biological tissue :Radiosity (heat transfer) :Random laser :Rayleigh distance :Rayleigh length :Real image :Reference beam :Reflectance paper :Reflectivity range :List of refractive indices :Refractive index :Refractometer :Reticle :Ronchi ruling :Ronchi test :Rotary polarization :Rotating furnace :Sagitta (optics) :Scanline rendering :Schlieren :Schlieren imaging :Schlieren photography :Schmidt–Newton telescope :Self-phase modulation :Sellmeier equation :Serial time-encoded amplified microscopy :Shadowgraph :Shape moiré :Shpolskii matrix :Siemens star :Signal-to-noise ratio (imaging) :Signal transfer function :Slot-waveguide :Smear (optics) :Sparrow's resolution limit :Spatial cutoff frequency :Spectral linewidth :Spectrum :Specular highlight :Specular holography :Spherical aberration :Spherometer :Stereoautograph :Stokes line :Stokes relations :Strehl ratio :Subsurface scattering :Subwavelength-diameter optical fibre :Super black :Supercontinuum :Superprism :Superresolution :Surface plasmon polariton :Terahertz gap :Theories of cloaking :Tilt (optics) :Traditional handheld refractometer :Transformation optics :Transmittance :Transport length :Ultrashort pulse :Van Cittert–Zernike theorem :Vector soliton :Verdet constant :Vertex distance :Viewfinder :Vignetting :Virtual image :Visual appearance :Voigt effect :Wavefront :Wavefront curvature sensor :Wavefront sensor :Waveguide (optics) :Wien's displacement law :Wolter telescope :X-ray optics :Young's interference experiment :Z-scan technique :Zero-mode waveguide :Zero-phonon line and phonon sideband :Physical oceanography :1-D Saint Venant equation :ABISMO :Abyssal fan :Abyssal hill :Abyssal plain :Accretion (coastal management) :Acoustic Doppler current profiler :Airy wave theory :Aleutian Ridge :Antarctic Circumpolar Wave :Archipelagic apron :Argo (oceanography) :Atlantic Equatorial mode :Barents Sea Opening :Barrier island :Beaufort Gyre :Bermuda Atlantic Time-series Study :Biogeography :Bioturbation :Black Sea undersea river :Blue iceberg :Boundary current :Bowie Canyon :Chemocline :Cold core ring :Cold water wake :Continental shelf :Coriolis (project) :Cum sole :Current meter :Current sea level rise :Cuspate foreland :Darwin Mounds :Deep sea physical oceanography :Deep-ocean Assessment and Reporting of Tsunamis :Dispersion (water waves) :Ecosystem of the North Pacific Subtropical Gyre :Ekman current meter :El Niño :Eratosthenes Seamount :European Multidisciplinary Seafloor and water column Observatory :Flaw lead :Florida Platform :Fram Strait :Friendly Floatees :Front (Oceanography) :Geophysical fluid dynamics :Glacio-geological databases :Global Ocean Data Analysis Project :Gulf Trough :Guyot :Halocline :Halothermal circulation :Hawaii Ocean Time-series :Hawaiian Islands :Hough function :Hundred-year wave :Hydrothermal circulation :Ice rafting :Iceberg :Indian Monsoon Current :Indian Ocean Gyre :Integrated multi-trophic aquaculture :Internal tide :Intertidal zone :Isopycnal :Kaikō :Kelvin wave :La Niña :Langmuir circulation :List of ocean circulation models :List of submarine topographical features :Lithogenic silica :Longshore drift :Lunitidal interval :Mann Eddy :Marine Optical Buoy :Maui Nui :Meteotsunami :Microturbulence :Mid-ocean ridge :Milwaukee Deep :MIT General Circulation Model :Mixed layer :Modular ocean model :Monterey Canyon :Mooring (oceanography) :Muirfield Seamount :MyOcean :Neritic zone :North Atlantic Gyre :North Atlantic oscillation :North Pacific Gyre :Northwest Atlantic Mid-Ocean Channel :Ocean acoustic tomography :Ocean bank (topography) :Ocean current :Ocean gyre :Ocean Observatories Initiative :Oceanic basin :Oceanic plateau :Oceanic zone :Outer trench swell :Pacific decadal oscillation :Pacific–North American teleconnection pattern :Parallel Ocean Program :Permanent Service for Mean Sea Level :Pierson–Moskowitz spectrum :Prediction and Research Moored Array in the Atlantic :Princeton ocean model :Puerto Rico Trench :Pycnocline :Quaternary :Radiation stress :Region of freshwater influence :Regional Ocean Modeling System :Research Moored Array for African-Asian-Australian Monsoon Analysis and Prediction :Rip current :Ross Gyre :Rossby wave :Rossby-gravity waves :Rotor current meter :Salt fingering :Sea foam :Sea level :Sea-surface height :SeaDataNet :Seamount :Seawater :Secondary circulation :Shoal :Shore lead :Lower shoreface :Upper shoreface :Significant wave height :SOSUS :South Atlantic Gyre :South Pacific convergence zone :South Pacific Gyre :South Sandwich Trench :Submarine earthquake :Submarine landslide :Submersion (coastal management) :Subtropical front :Surf zone :Sverdrup balance :Tasman Outflow :Thermocline :Thermohaline circulation :Tidal resonance :Tide :Tideline :Tropical Atlantic SST Dipole :Tropical Atmosphere Ocean project :Tsunami :Tsunami Society :Turbidite :Undertow (water waves) :Water mass :Water remote sensing :Wave base :Wave height :Wave setup :Wave shoaling :Wave–current interaction :Weddell Gyre :Wind stress :Wind wave :Wind Wave Dissipation :Wind wave model :World Ocean Circulation Experiment :Soil physics :Bound water :Bulk density :Capacitance probe :Capillary fringe :Darcy (unit) :Darcy's law :Depression storage capacity :Disc permeameter :Drainage equation :Ecohydrology :Fall cone test :Field capacity :Frequency domain sensor :Groundwater recharge :Horton overland flow :Hydraulic conductivity :Hydraulic redistribution :Hydrological phenomenon :Infiltration (hydrology) :Infiltrometer :Integral energy :Macropore :Mariotte's bottle :Measuring moisture content using time-domain reflectometry :Moisture equivalent :Neutron probe :Nonlimiting water range :Optimum water content for tillage :Pedotransfer function :Percolation test :Permanent wilting point :Porosity :Richards equation :Routing (hydrology) :Runoff curve number :SahysMod :SaltMod :Soil gas :Soil plant atmosphere continuum :Sorptivity :Tensiometer (soil science) :Soil thermal properties :Thixotropy :Time-domain reflectometer :Vadose zone :Water content :Water cycle :Water potential :Water retention curve :Textile manufacturing :Ambient pressure :Atmospheric pressure :Diving physics :Fluid statics :Henry's law :Hydrophobe :Molecular diffusion :Neutral buoyancy :Partial pressure :Permeation :Pressure :Psychrometric constant :Saturation (chemistry) :Solubility :Supersaturation :Surfactant :Torricellian chamber :Underwater vision :Atomic, molecular, and optical physics :Sympathetic cooling :Atom optics :Above threshold ionization :Double ionization :Atomic coherence :Atomic de Broglie microscope :Atomic mirror :Atomic physics :Core electron :Cotton effect :Dark state :Exoelectron emission :Fock matrix :Heavy Rydberg system :Inelastic mean free path :Interferometric microscopy :Laser snow :Macroscopic quantum phenomena :Magneto-optical trap :Molecular physics :Optical molasses :Optical physics :Photophoresis :Rabi frequency :Rabi resonance method :Ridged mirror :Rotating wave approximation :Rydberg correction :Rydberg molecule :Rydberg state :Solarization (physics) :Toda oscillator :Turgay Uzer :Vacuum Rabi oscillation :Atomic and molecular astrophysics :Atomic physics :Atomic theory :Angular momentum coupling :Antiprotonic helium :Antisymmetric exchange :Associated Legendre polynomials :Atom vibrations :Atomic electron transition :Atomic form factor :Atomic fountain :Atomic orbital :Atomic recoil :Atomic units :Aufbau principle :Auger effect :Autler–Townes effect :Autoionization :Azimuthal quantum number :Bohr magneton :Bohr model :Bohr radius :Boson :Bremsstrahlung :Central field approximation :Classical electron radius :Compton scattering :Compton wavelength :Core electron :Coster–Kronig transition :Davisson–Germer Prize in Atomic or Surface Physics :Dexter electron transfer :Doppler cooling :Effective atomic number :Electric field gradient :Electron affinity :Electron affinity (data page) :Electron beam ion source :Electron beam ion trap :Electron configuration :Electron magnetic dipole moment :Electron shell :Electron wake :Electron-longitudinal acoustic phonon interaction :Electronic correlation :Electronic density :Emission spectrum :Energy level :Feshbach resonance :Fine structure :Fraunhofer lines :Free-fall atomic model :G-factor (physics) :Geonium atom :Giant resonance :Grotrian diagram :Gyromagnetic ratio :H-alpha :Hanle effect :Highly charged ion :Hollow atoms :Hollow-cathode lamp :Hund's rules :Hyperfine structure :Inert pair effect :Interatomic Coulombic decay :Ionization :Ionization energy :K-alpha :K-beta :Kaonic hydrogen :Kramers theorem :Kubo Gap :Lamb Dicke regime :Landé g-factor :Landé interval rule :Laplace expansion (potential) :Larmor formula :Larmor precession :Laser cooling :Lyman limit :Lyman-alpha line :Magnetic evaporative cooling :Magnetic quantum number :Magnetic trap (atoms) :Mirror nuclei :Molecular term symbol :Moseley's law :Mott–Bethe formula :Noble gas configuration :Open shell :Optical lattice :Penning trap :Photonic molecule :Polarizability :Principal quantum number :Quadrupole splitting :Rabi cycle :Rabi frequency :Rabi problem :Rabi resonance method :Radiative Auger effect :Raman cooling :Recoil temperature :Relativistic quantum mechanics :Resolved Sideband Cooling :Resolved sideband cooling :Rotational temperature :Emil Rupp :Rydberg correction :Rydberg formula :Rydberg molecule :Rydberg state :Rydberg–Klein–Rees method :Saha ionization equation :Saturated absorption spectroscopy :Scattering :Shielding effect :Siegbahn notation :Silex :Slater integrals :Slater's rules :Solid harmonics :Sommerfeld–Kossel displacement law :Spectroscopic notation :Spherical harmonics :Spin quantum number :Spin-destruction collision :Spin–orbit interaction :Stark effect :Superatom :Term symbol :Thermionic emission :Thomas precession :Thomas–Fermi model :Thomson scattering :Timeline of atomic and subatomic physics :Total angular momentum quantum number :Transition dipole moment :Tunnel ionization :Ultracold atom :Uncleftish Beholding :Vacuum Rabi oscillation :Vibrational temperature :Wiswesser's rule :X-ray fluorescence :X-ray notation :X-ray photoelectron spectroscopy :Zeeman slower :Molecular physics :Molecule :Alternant hydrocarbon :Atomicity (chemistry) :Autoionization :Bond hardening :Bond softening :Canonical theory :Cell lists :Chromonic :Cohesion (chemistry) :Constraint algorithm :Coordination geometry :Coulson–Fischer theory :Cubic harmonic :F.M. Devienne :Dewar reactivity number :Di-positronium :Dumas method of molecular weight determination :Eckart conditions :Electron affinity :Electron configuration :Electron pair :Electrostatic deflection (molecular physics/nanotechnology) :Energy level :Force field (chemistry) :Franck–Condon principle :Gaussian orbital :GF method :Hückel method :Hysteresivity :Interatomic Coulombic decay :International Academy of Quantum Molecular Science :Intramolecular reaction :Ionization :Ionization energy :ISO 31-8 :Jablonski diagram :LeRoy radius :Lindemann index :Localized molecular orbitals :Macromolecular docking :Macromolecule :Molecular autoionization :Molecular binding :Molecular Hamiltonian :Molecular mechanics :Molecular orbital :Molecular spring :Molecular term symbol :Noble gas configuration :Odd molecule :Pariser–Parr–Pople method :Positronium :Positronium hydride :Reaction coordinate :Reduced dimensions form :Renner–Teller effect :Rigid rotor :Rotational temperature :RRKM theory :Spin probe :Stockmayer potential :Thermal stability :Townsend discharge :Ultraviolet photoelectron spectroscopy :Vibrational energy relaxation :Vibrational temperature :Weak-Link Approach :X-ray fluorescence :X-ray photoelectron spectroscopy :Atmospheric optics :Index of optics articles :Ophthalmoscopy :Optics :Optofluidics :Timeline of electromagnetism and classical optics :Abbe number :Abbe sine condition :Afocal system :Albada finder :Angle of view :Angle-resolved low-coherence interferometry :Angular aperture :Angular resolution :Babinet–Soleil compensator :Bahtinov mask :Bandwidth-limited pulse :Beam diameter :Beam divergence :Beam expander :Bidirectional reflectance distribution function :Bloch wave – MoM method :Book of Optics :Calculation of glass properties :Carey mask :Catoptrics :Cauchy's equation :Cavity opto-mechanics :Chaos in optical systems :Coherence length :Coherence theory :Coherence time :Collimated light :Coma (optics) :Complex beam parameter :Condenser (optics) :Confocal :Conjugate focal plane :Conoscopic interference pattern :Conoscopy :Cotton–Mouton effect :Crystal optics :Dawes' limit :Defocus aberration :Deformable mirror :Degree of coherence :Dephasing :Diamond turning :Dichroic glass :Dichroism :Dichromatic reflectance model :Dichromatism :Differential group delay :Diffuse reflection :Dioptre :Dioptric correction :Dioptrics :Dispersion (optics) :Distinctness of image :Distortion :Distortion (optics) :Domain wall (optics) :Double-Blind FROG :Dynamic speckle :Electro-gyration :Electrochromism :Electromagnetically induced grating :Electromagnetically induced transparency :Emission theory (vision) :Encircled energy :Erect image :Etendue :European Photonics Industry Consortium :Evanescent wave :Exit pupil :Extraordinary optical transmission :F-number :Fabrication and testing of optical components :Faraday effect :Figuring :Flat-field correction :Focus recovery based on the linear canonical transform :Folded optics :Forward scattering alignment :Four-wave mixing :Fourier optics :Fraunhofer diffraction :Fresnel integral :Gires–Tournois etalon :Gladstone–Dale relation :Gloss (optics) :Goniophotometry :Gradient-index optics :Group delay and phase delay :Group delay dispersion :Group velocity :Guided-mode resonance :Haidinger's brush :Hamiltonian optics :Helmholtz reciprocity :High-speed photography :High-refractive-index polymer :History of optics :Holographic grating :Homogeneous broadening :Hot mirror :Hyperfocal distance :Illusion optics :Image-forming optical system :Imaging science :Index ellipsoid :Index-matching material :Infrared open-path detector :Integral field spectrograph :Intensity (physics) :Interferometric visibility :Inverse problem in optics :Invisibility :Iridescence :Jamin interferometer :Jitter (optics) :Jones calculus :Kirchhoff integral theorem :Kirchhoff's diffraction formula :Kreft's dichromaticity index :Large Optical Test and Integration Site :Laser detuning :Laser ignition :Laser linewidth :Laser Printing of Single Nanoparticles :Lens speed :Lenslet :Lenticular printing :Light extraction in LEDs :Light field :Light stage :Line moiré :Line source :List of photonics equations :Lloyd's mirror :Local density of states :Localized Surface Plasmons :LogMAR chart :Long-slit spectroscopy :Lorentz–Lorenz equation :Loupe light :Magnetic lens :Magnification :Mandelbaum Effect :Mathematical descriptions of opacity :Matthiessen's ratio :Mean free path :Optical medium :Metal-mesh optical filters :Metamaterial cloaking :Microdensitometer :Microstructured optical arrays :Miller's Rule (optics) :Minimum deviation :Minimum resolvable contrast :Minnaert function :Morphology-dependent resonance :Multipass spectroscopic absorption cells :Multiphoton lithography :Multiple-prism dispersion theory :Multiple-prism grating laser oscillator :Museum of Optical Technologies :N-slit interferometer :N-slit interferometric equation :Nanocharm :Nanophotonics :Near-field optics :Negative refraction :Newton's rings :Nonimaging optics :Null corrector :Numerical aperture :Opacity (optics) :Optical aberration :Optical axis grating :Optical bistability :Optical coherence tomography :Optical contact bonding :Optical correlator :Optical cross section :Optical engineering :Optical feedback :Optical field :Optical format :Optical frequency multiplier :Optical mapping :Optical microsphere :Optical path :Optical phase space :Optical physics :Optical properties of water and ice :Optical resolution :Optical sine theorem :Optical sorting :Optical transfer function :Optical vortex :Opticks :Optics Valley :Oren–Nayar reflectance model :Organic photonics :Parallax :Parametric process (optics) :Paris inch :Pellicle mirror :Petzval field curvature :Photoconductivity :Photoelasticity :Photoelectrochemical process :Photography :Science of photography :Photomixing :Photon :Photonic crystal :Photonic metamaterial :Photonics :Physical optics :Piezooptic effect :Piston (optics) :Plane of incidence :Plasmonic lens :Plasmonic metamaterials :Point spread function :Polariton laser :Polaritonics :Polarization mixing :Polarization rotator :Polaroid (polarizer) :Optical power :Poynting vector :Precision glass moulding :Prentice position :Prism adaptation :Prism compressor :Andrew Pritchard :Pupil function :Purkinje images :Q factor :QMR effect :Quantum optics :Quasioptics :Radiative transfer equation and diffusion theory for photon transport in biological tissue :Radiosity (heat transfer) :Random laser :Rayleigh distance :Rayleigh length :Real image :Reference beam :Reflectance paper :Reflectivity range :List of refractive indices :Refractive index :Refractometer :Reticle :Ronchi ruling :Ronchi test :Rotary polarization :Rotating furnace :Sagitta (optics) :Scanline rendering :Schlieren :Schlieren imaging :Schlieren photography :Schmidt–Newton telescope :Self-phase modulation :Sellmeier equation :Serial time-encoded amplified microscopy :Shadowgraph :Shape moiré :Shpolskii matrix :Siemens star :Signal-to-noise ratio (imaging) :Signal transfer function :Slot-waveguide :Smear (optics) :Sparrow's resolution limit :Spatial cutoff frequency :Spectral linewidth :Spectrum :Specular highlight :Specular holography :Spherical aberration :Spherometer :Stereoautograph :Stokes line :Stokes relations :Strehl ratio :Subsurface scattering :Subwavelength-diameter optical fibre :Super black :Supercontinuum :Superprism :Superresolution :Surface plasmon polariton :Terahertz gap :Theories of cloaking :Tilt (optics) :Traditional handheld refractometer :Transformation optics :Transmittance :Transport length :Ultrashort pulse :Van Cittert–Zernike theorem :Vector soliton :Verdet constant :Vertex distance :Viewfinder :Vignetting :Virtual image :Visual appearance :Voigt effect :Wavefront :Wavefront curvature sensor :Wavefront sensor :Waveguide (optics) :Wien's displacement law :Wolter telescope :X-ray optics :Young's interference experiment :Z-scan technique :Zero-mode waveguide :Zero-phonon line and phonon sideband :Quantum chemistry :Ab initio multiple spawning :Antisymmetrizer :Atomic orbital :Atoms in molecules :Autoionization :Avoided crossing :Basis set (chemistry) :Basis set superposition error :Bond hardening :Bond softening :Born–Huang approximation :Born–Oppenheimer approximation :Brillouin's theorem :CHELPG :Chemical bond :Complete active space :Configuration state function :Conical intersection :Core charge :Core electron :Coulomb operator :Coupled cluster :Cubic harmonic :Diabatic :Diffusion Monte Carlo :Dihydrogen cation :DIIS :Direct quantum chemistry :Distributed multipole analysis :Double-exchange mechanism :Dyall Hamiltonian :Eckart conditions :Electric field gradient :Quantum electrochemistry :Electron configuration :Electron density :Electron hole :Electron localization function :Electron pair :Electronic correlation :Electronic density :Energy level :Exchange interaction :Exchange operator :Fermi resonance :Fock matrix :Forbidden mechanism :Förster coupling :Franck–Condon principle :Frontier molecular orbital theory :Full configuration interaction :Gaussian orbital :Gaussian quantum Monte Carlo :GF method :Graphical unitary group approach :Grimm–Sommerfeld rule :Hamiltonian (quantum mechanics) :Hartree product :Hartree–Fock method :Holstein–Herring method :HOMO/LUMO :Hooke's atom :Hubbard model :Hund's rule of maximum multiplicity :Hund's rules :Inert pair effect :Interatomic Coulombic decay :International Academy of Quantum Molecular Science :Ionization :Ionization energy :Journal of Chemical Theory and Computation :K-alpha :K-beta :Kasha's rule :Koopmans' theorem :LCP theory :Localized molecular orbitals :Molecular Hamiltonian :Molecular orbital :Molecular orbital theory :Molecular term symbol :Morse potential :Mulliken population analysis :Multi-configuration time-dependent Hartree :Multiplicity (chemistry) :Multireference configuration interaction :Natural bond orbital :Noble gas configuration :ONIOM :Open shell :Orbital hybridisation :Orbital overlap :Path integral molecular dynamics :Path integral Monte Carlo :Post-Hartree–Fock :Potential energy of protein :Potential energy surface :Principal quantum number :QMC@Home :Protein–protein interaction :Quantum Monte Carlo :Reaction coordinate :Relativistic quantum chemistry :Reptation Monte Carlo :Ritz method :Roothaan equations :RRKM theory :Semiclassical physics :Shielding effect :Siegbahn notation :Size consistency and size extensivity :Slater determinant :Slater integrals :Slater's rules :Slater–Condon rules :Slater-type orbital :Sonochemistry :Spherium :Spin contamination :Spin engineering :Spin transition :State-universal coupled cluster :STO-nG basis sets :Term symbol :Time-dependent density functional theory :Unpaired electron :Vacuum level :Variable hybridization :Variational method (quantum mechanics) :Variational Monte Carlo :Vibrational circular dichroism :Vibronic coupling :VSEPR theory :Yoshimine sort :Adiabatic ionization :Appearance energy :Associative ionization :Atom optics :Atomic coherence :Autler–Townes effect :Charge-exchange ionization :Chemi-ionization :Cotton effect :Fixed orbit :Free-fall atomic model :Isotopic shift :K-edge :Kramers theorem :Landé interval rule :Laser detuning :Laser snow :Lyman-alpha line :Microscopic theory :Molecular physics :Pariser–Parr–Pople method :Photoexcitation :Reaction coordinate :Recoil temperature :RRKM theory :Shielding effect :Sisyphus cooling :Solarization (physics) :Spin probe :Wolf summation :David Adler Lectureship Award in the Field of Materials Physics :Alexander Hollaender Award in Biophysics :Hannes Alfvén Prize :Gregori Aminoff Prize :Andrei Sakharov Prize (APS) :Andrew Gemant Award :LeRoy Apker Award (APS) :Appleton Medal and Prize :Arctowski Medal :ASA Gold Medal :ASA Silver Medal :Kotcherlakota Rangadhama Rao Memorial Lecture Award :Hans Bethe Prize :Blaise Pascal Chair :Bogolyubov Prize :Bogolyubov Prize (NASU) :Bogolyubov Prize for young scientists :Boltzmann Medal :Ludwig Boltzmann Prize :Tom W. Bonner Prize in Nuclear Physics :Max Born Prize :Harold Brown Award :Oliver E. Buckley Condensed Matter Prize :Comstock Prize in Physics :Elliott Cresson Medal :Davisson–Germer Prize in Atomic or Surface Physics :Peter Debye Award :Max Delbruck Prize :Demidov Prize :Dirac Prize :Duddell Medal and Prize :Edison Volta Prize :Einstein Prize for Laser Science :Albert Einstein Award :Albert Einstein Medal :Einstein Prize (APS) :Albert Einstein World Award of Science :Europhysics Condensed Matter Prize :Faraday Medal and Prize :First Step to Nobel Prize in Physics :Fluid Dynamics Prize (APS) :Foresight Institute Feynman Prize in Nanotechnology :List of Fritz London Memorial Prizes :Fundamental Physics Prize :Harrie Massey Medal and Prize :Dannie Heineman Prize for Astrophysics :Dannie Heineman Prize for Mathematical Physics :IEEE Heinrich Hertz Medal :Heinz Maier-Leibnitz-Preis :Henri Poincaré Prize :Humboldt Prize :Isaac Newton Medal :Frank Isakson Prize for Optical Effects in Solids :Kelvin Prize :Oskar Klein Memorial Lecture :Klopsteg Memorial Award :Kurchatov Medal :Irving Langmuir Award :Otto Laporte Award :Lars Onsager Prize :Leconte Prize :Lieben Prize :Lilienfeld Prize :Lorentz Medal :Ludwig Biermann Award :Thomas Ranken Lyle Medal :Maria Goeppert-Mayer Award :Matteucci Medal :Max Born Award :Maxwell Medal and Prize :James Clerk Maxwell Prize in Plasma Physics :James C. 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Millikan award :Rutherford Medal and Prize :Sakurai Prize :Abdus Salam Award :Karl Scheel Prize :Walter Schottky Prize :Shaw Prize :Sloan Fellowship :R W B Stephens Medal :Stern–Gerlach Medal :Tomassoni awards :Tyndall Medal :Volta Prize :Walter Boas Medal :Wigner Medal :Wolf Prize in Physics :A B Wood Medal :Young Medal and Prize :Elliott Cresson Medal :Carl David Anderson :AT&T Corporation :Wilbur Olin Atwater :Carl Auer von Welsbach :Automatic Electric :Adolf von Baeyer :Baldwin Locomotive Works :Stuart Ballantine :Walther Bauersfeld :Alexander Graham Bell :Emile Berliner :William Bowie (engineer) :Jacques E. Brandenberger :John Brashear :Percy Williams Bridgman :Herbert Callen :Hamilton Castner :Alfred Y. Cho :Juan de la Cierva :Edward Alfred Cowper :William Crookes :Marie Curie :Pierre Curie :George O. Curme, Jr. :Clinton Davisson :Lee de Forest :Patrick Bernard Delany :Rudolf Diesel :Hugh Latimer Dryden :William Le Roy Emmet :Bradley A. 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theory :Effective field theory :Effective mass (solid-state physics) :Effective medium approximations :Einstein solid :Electret :Electric field gradient :Electric-field screening :Electroacoustic phenomena :Electrokinetic phenomena :Sedimentation potential :Electroluminescence :Electromechanical coupling coefficient :Electron cyclotron resonance :Electron liquid :Electron mobility :Electron-hole droplets :Empty lattice approximation :Emulsion :Enhancement or quenching of QD, Q-wire and QW radiations :Ewald's sphere :Exchange bias :Extended X-ray absorption fine structure :Fermi energy :Fermi level :Fermi liquid theory :Fermi point :Fermi surface :Fermi surface of superconducting cuprates :Fermionic condensate :Ferroelectret :Ferroelectricity :Ferroics :Ferromagnetic resonance :Field effect (semiconductor) :Flash freezing :Flexoelectricity :Fluorescence intermittency in colloidal nanocrystals :Förster coupling :Fractional quantum Hall effect :Fractionalization :Free electron model :Freeze thaw resistance :Friedel oscillations :Frozen mirror image method :Geometrical frustration :Glass transition :Gough–Joule effect :Gross–Pitaevskii equation :Grüneisen parameter :Hall effect :Hardness :Harris functional :Heat transfer physics :Heavy fermion :Heavy fermion superconductor :Helical Dirac fermion :High-temperature superconductivity :History of superconductivity :Hofstadter's butterfly :Hubbard model :Interface and colloid science :Ion cyclotron resonance :Ion Vibration Current/Potential :Frank Isakson Prize for Optical Effects in Solids :Isotropic solid :Jellium :Jordan–Wigner transformation :Josephson effect :Kadowaki–Woods ratio :Keldysh formalism :Kelvin probe force microscope :Kohn anomaly :Kohn effect :Kondo effect :Kondo insulator :Kondo model :Kugel–Khomskii coupling :Lamb–Mössbauer factor :Lambda transition :Landau theory :Lanthanum aluminate-strontium titanate interface :Laser-heated pedestal growth :Lattice model (physics) :Laughlin wavefunction :Leslie Lawrance Foldy :Lev Pitaevskii :Lindemann index :Lindhard theory :Liquefaction :Little–Parks effect :Local density of states :Localized Surface Plasmons :Low-energy electron diffraction :Luttinger liquid :Luttinger's theorem :Luttinger–Kohn model :Lyddane-Sachs-Teller relation :Macroscopic quantum phenomena :Magnetic impurity :Magnetic refrigeration :Magnetocapacitance :Magnetoelectric effect :Material physics :Maximum density :Mesophase :Mesoscopic physics :Metal–insulator transition :Metastate :Mitscherlich's law :Mode coupling :Roderich Moessner :Mössbauer effect :Mott transition :Movable cellular automaton :Muffin-tin approximation :Multiferroics :Nanofluidic circuitry :Nanoscopic scale :Néel effect :Noro–Frenkel law of corresponding states :Optical tweezers :Orientational glass :Ouzo effect :Pair distribution function :Particle in a one-dimensional lattice :Peptization :Permittivity :Phase (matter) :Phonon noise :Phonon scattering :Photoconductivity :Photoionisation cross section :Photomagnetism :Photon induced electric field poling :Photonic crystal :Pickering emulsion :Piezoelectricity :Piezophototronics :Plasmonic lens :Plasmonic nanoparticles :Polymer brush :Flory–Rehner equation :Polymer science :Poole–Frenkel effect :Primitive cell :Probability of occupation :Projector augmented wave method :Proximity effect (electron beam lithography) :Ptychography :Quantum acoustics :Quantum critical point :Quantum dimer models :Quantum dissipation :Quantum fluid :Quantum Hall effect :Quantum oscillations (experimental technique) :Quantum phase transition :Quantum phases :Quantum solid :Quantum solvent :Quantum spin Hall effect :Quasi Fermi level :Quasi-harmonic approximation :Quasicrystal :Quasiparticle :List of quasiparticles :Random phase approximation :Rehbinder effect :Resonating valence bond theory :Rigid-band model :Rollin film :Rydberg matter :Schottky effect :Scintillation (physics) :Screening effect :Selected area diffraction :Semimetal :Shpolskii matrix :Single-molecule magnet :Slave boson :Soft matter :Solid-state physics :Solidus (chemistry) :Spaser :Spherical basis :Spin density wave :Spin Hall effect :Spin ice :Spinodal decomposition :Spinplasmonics :Spontelectrics :State of matter :Steinhart–Hart equation :Stopping and Range of Ions in Matter :Stopping power (particle radiation) :Streaming vibration current/potential :String-net liquid :Strong confinement limit :Strongly correlated material :Strongly correlated quantum spin liquid :Strongly symmetric matter :Super Tonks–Girardeau gas :Supercell (crystal) :Supercooling :Supercritical fluid :Superexchange :Superfluid film :Superfluid helium-4 :Superglass :Superlattice :Superlubricity :Supersolid :Superstructure (condensed matter) :Surface conductivity :Surface energy :Surface phonon :Surface photovoltage :Surface plasmon :Surface plasmon polariton :Surface reconstruction :Surface-extended X-ray absorption fine structure :Swift heavy ion :Symmetry protected topological order :T-J model :Tensor operator :Thermal conductance quantum :Thermal effective mass :Thomas–Fermi screening :Thouless energy :Threshold displacement energy :Tonks–Girardeau gas :Topological degeneracy :Topological entropy in physics :Topological insulator :Topological order :Toric code :Transcritical cycle :Tricritical point :Trihexagonal tiling :Tube-based nanostructures :Van Hove singularity :Variable-range hopping :Wannier function :Weak localization :Wiedemann–Franz law :Wigner crystal :Wigner effect :Wigner lattice :Wigner–Seitz cell :Wigner–Seitz radius :Wilson ratio :Work function :X-ray absorption fine structure :X-ray absorption spectroscopy :X-ray standing waves :XANES :Zero sound :Zero-phonon line and phonon sideband :Zeta potential titration :Ballistic conduction :Ballistic conduction in single-walled carbon nanotubes :Carrier generation and recombination :Carrier lifetime :Charge carrier :Charge-carrier density :Charged particle :Cooper pair :Electron :Electron hole :Hot electron :Hot-carrier injection :Ion :Non-radiative life time :Non-radiative recombination :Okorokov effect :Peroxocarbonate :Peroxodicarbonate :Saturation velocity :Spontaneous emission :Velocity overshoot :Velocity saturation :Colloid :Aerosol :Bredig's arc method :Butter :Colloid-facilitated transport :Eigencolloid :Emulsion :Foam :Gel :Colloidal gold :Hydrocolloid :Patchy particles :Peptization :Sol (colloid) :Transport length :Critical phenomena :Multicritical point :Abelian sandpile model :Conductivity near the percolation threshold :Critical dimension :Critical exponent :Critical line (thermodynamics) :Critical opalescence :Critical point (thermodynamics) :Critical radius :Critical value :Curie temperature :Directed percolation :Fermi point :Johari-Goldstein relaxation :Lambda transition :Lower critical solution temperature :Néel temperature :Percolation critical exponents :Percolation threshold :Phase transition :Phase transitions and critical phenomena :Rushbrooke inequality :Scale invariance :Scaling limit :Self-organized criticality :Self-organized criticality control :Spinodal decomposition :Tricritical point :Universality (dynamical systems) :Upper critical solution temperature :Water retention on mathematical surfaces :Widom scaling :Crystallography :Abnormal grain growth :Gregori Aminoff Prize :Amorphism :Anomalous scattering :Anomalous X-ray scattering :Anti-phase domain :APEXC :Asbestiform :Atomic packing factor :Avrami equation :Beevers–Lipson strip :Biaxial nematic :Johannes Martin Bijvoet :Bilbao Crystallographic Server :Borrmann effect :Bragg plane :Bravais lattice :Brillouin zone :Burgers vector :Cambridge Structural Database :Cauchy–Born rule :Cleavage (crystal) :Close-packing of equal spheres :Cocrystal :Collaborative Computational Project Number 4 :Coot (software) :Coupled-wave method :Cr23C6 crystal structure :Cryo bio-crystallography :Crystal chemistry :Crystal engineering :Crystal field excitation :Crystal cluster :Crystal growth :Crystal habit :Crystal model :Crystal optics :Crystal structure :Crystal structure of boron-rich metal borides :Crystal structure of boron-rich metal borides (data page) :Crystal structure prediction :Crystal system :Crystal twinning :Crystallization :Crystallization adjutant :Crystallographic image processing :Crystallographic Information File :Crystallographic point group :Crystallographic restriction theorem :Crystallography Open Database :Crystallography Reviews :Cubic crystal system :Database of protein conformational diversity :Debye–Waller factor :Diamond cubic :Difference density map :Diffraction standard :Diffraction topography :Direct methods (crystallography) :Electron crystallography :Euclidean plane isometry :Euhedral and anhedral :Ewald's sphere :Facet :Fibonacci quasicrystal :Flux method :Fractional coordinates :Friedel's law :Friedel's salt :Glide plane :Goldschmidt tolerance factor :Grain boundary :Stephen C. Harrison :Hermann–Mauguin notation :Hexagonal crystal system :Homeotropic alignment :Isomorphism (crystallography) :Isostructural :Journal of Chemical Crystallography :Kapustinskii equation :Isabella Karle :Knudsen cell :Laser-heated pedestal growth :Lattice energy :Lattice plane :Laue equations :Lely method :List of mineral tests :List of space groups :Macle :Madelung constant :MAMCM :Metal-induced crystallization :Meyer set :Microtexture :Miller index :Mirror furnace :Mitscherlich's law :Molecular replacement :Monoclinic crystal system :Multi-wavelength anomalous dispersion :Multiple isomorphous replacement :Neutron scattering :Nuclear magnetic resonance crystallography :Olex2 :Oligocrystalline material :Order and disorder (physics) :Orientational glass :Orthorhombic crystal system :Patterson function :Pearson symbol :Periodic graph (crystallography) :Phase problem :Phase retrieval :Phason :Photo 51 :Pinning points :Point group :Polar point group :Polysome (Crystallography) :Preferential alignment :Primitive cell :Prismatic surface :ProtCID :Protein crystallization :Protein Data Bank :Protocrystalline :Quasicrystal :R-factor (crystallography) :Racemic crystallography :Reciprocal lattice :Reflection high-energy electron diffraction :Rietveld refinement :Rigid unit modes :Sayre equation :Schoenflies notation :Screw axis :ShelXle :Tej P. Singh :Single wavelength anomalous dispersion :Space group :Space-time crystal :Sphere packing :Stereographic projection :Streak seeding :Structure factor :Sublimation sandwich method :Supercell (crystal) :Superstructure (condensed matter) :Tairus :Tetragonal crystal system :Texture (crystalline) :Thermal ellipsoid :Thomsen parameters :Time resolved crystallography :Transition temperature :Transverse isotropy :Triclinic crystal system :Trigonal crystal system :Trihexagonal tiling :Uniaxial crystal :Wallpaper group :Water of crystallization :Christian Samuel Weiss :Karl Weissenberg :Wigner–Seitz cell :Wulff construction :Wurtzite crystal structure :Wyckoff positions :Energy-dispersive x-ray diffraction :X-ray crystallography :Abraham–Minkowski controversy :Antiferroelectricity :Bioelectrospray :Bohr–van Leeuwen theorem :Charge ordering :Cole–Cole equation :Constitutive equation :Curie's law :Cyclotron resonance :Demagnetizing field :Diamagnetism :Dielectric :Dielectric complex reluctance :Dielectric heating :Dielectric reluctance :Dielectric spectroscopy :Disturbance storm time index :Electric displacement field :Electric susceptibility :Electromigration :Electron cyclotron resonance :Electron mobility :Electrorotation :Electrospray :Electrostriction :Fast ion conductor :Fermi contact interaction :Fermi surface :Ferroelectricity :Flexoelectricity :Garshelis effect :Hall effect :Havriliak–Negami relaxation :Hot-carrier injection :Inverse Faraday effect :Ion cyclotron resonance :Ishimori equation :Kelvin probe force microscope :Kondo effect :Kramers–Kronig relations :Magnetic circuit :Magnetic dipole :Magnetic moment :Magnetic reluctance :Magnetic susceptibility :Magnetization :Magnetization reversal :Magnetization reversal by circularly polarized light :Magneto-optic effect :Magneto-optic Kerr effect :Magnetostatics :Maxwell–Wagner–Sillars polarization :Optical medium :Microwave heat distribution :Néel effect :Neutron magnetic moment :Nonlinear metamaterials :Paramagnetism :Permeability (electromagnetism) :Permeance :Permittivity :Polarizability :Polarization density :Potential magnetic field :QMR effect :Quantum paraelectricity :Relative permittivity :Spin density wave :Spinmechatronics :Susceptibility :Temperature coefficient :Tunnel magnetoresistance :Verdet constant :Weak localization :Anderson's rule :Band bending :Band diagram :Band gap :Band offset :Conduction band :Crystal momentum :Density of states :Direct and indirect band gaps :Electronic band structure :Empty lattice approximation :Fermi level :Fermi liquid theory :Field effect (semiconductor) :Free electron model :Metal-induced gap states :Muffin-tin approximation :Nearly free electron model :Screening effect :Surface states :Tight binding :Valence band :Fermion :Axino :Dirac equation :Dirac equation in curved spacetime :Dirac fermion :Fermi liquid theory :Fermion doubling :Foldy–Wouthuysen transformation :Gluino :Gravitino :Heavy fermion :Higgsino :Kadowaki–Woods ratio :Kogut–Susskind fermion :Luttinger's theorem :Majorana fermion :Neutralino :Rarita–Schwinger equation :Staggered fermion :Tetron Model :Abbe number :Abbe sine condition :Ernst Abbe :Absorption (electromagnetic radiation) :Bologna bottle :Calculation of glass properties :Devitrification :Dichroic glass :Dispersion (optics) :Fracture :Fracture mechanics :Fragility :Glass transition :Heatwork :Light scattering :Liquidus :Opacity (optics) :Refractive index :Rigidity theory (physics) :Shading coefficient :Softening point :Spontaneous glass breakage :Supercooling :Superglass :Tanada effect :Time–temperature superposition :Total internal reflection :Toughened glass :Viscous liquid :Hall effect :Composite fermion :Fractional quantum Hall effect :Edwin Hall :Laughlin wavefunction :Quantum Hall effect :Quantum Hall transitions :Quantum spin Hall effect :SMART-1 :Spin Hall effect :Thermal Hall effect :Hall effect thruster :Frank Kasper phases :Intermetallic :A15 phases :Beryllide :Complex metallic alloys :Gold-aluminium intermetallic :Heusler alloy :Laves phase :Niobium-tin :Plumbide :Sodium amalgam :Stannide :Titanium aluminide :Uranium rhodium germanium :Zintl phase :Lattice model (physics) :AKLT Model :ANNNI model :Bethe lattice :Biham–Middleton–Levine traffic model :Bond fluctuation model :Cellular Potts model :Chiral Potts model :Classical Heisenberg model :Classical XY model :Conformal loop ensemble :Contact process (mathematics) :Corner transfer matrix :Directed percolation :Domino tiling :Eight-vertex model :Fermion doubling :Feynman checkerboard :Hamiltonian lattice gauge theory :Hard hexagon model :Hubbard model :Ice-type model :Interacting particle system :Ising model :Jordan–Wigner transformation :Kosterlitz–Thouless transition :Kramers–Wannier duality :Kuramoto model :Lattice Boltzmann methods :Lattice density functional theory :Lattice field theory :Lattice gauge theory :Lattice QCD :Majumdar–Ghosh Model :N-vector model :Nielsen-Ninomiya theorem :Percolation theory :Potts model :Quasi-harmonic approximation :Quenched approximation :Reversibly assembled cellular composite materials :Rule 184 :Scaling limit :Spherical model :Square-lattice Ising model :Stochastic cellular automaton :T-J model :Toda field theory :Vertex model :Voter model :Z N model :Anisotropy energy :Antiferromagnetism :Arrott plot :Barkhausen effect :Classical Heisenberg model :Coercivity :Colossal magnetoresistance :Curie–Weiss law :Domain wall (magnetism) :Exchange bias :Ferrimagnetism :Ferroics :Ferromagnetic resonance :Ferromagnetic superconductor :Ferromagnetism :FOMP :Giant magnetoresistance :Heisenberg model (quantum) :Helimagnetism :Hysteresis :Inverse magnetostrictive effect :Landau–Lifshitz model :Landau–Lifshitz–Gilbert equation :Magnetic anisotropy :Magnetic domain :Magnetic structure :Magnetocrystalline anisotropy :Magnetoresistance :Magnetostriction :Magnonics :Metamagnetism :Micromagnetics :Mictomagnetism :Natural remanent magnetization :Photomagnetism :Piezomagnetism :Remanence :Single domain (magnetic) :Spin canting :Spin glass :Spin ice :Spin wave :Spontaneous magnetization :Stoner–Wohlfarth model :Superferromagnetism :Superparamagnetism :Thermoremanent magnetization :Viscous remanent magnetization :Wiedemann effect :Wiegand effect :2DEG :Aharonov–Bohm effect :Anderson localization :Andreev reflection :Ballistic conduction :Bloch-Grüneisen temperature :Coherent backscattering :Conductance quantum :Coulomb blockade :Dephasing :Diffuson :Fractional quantum Hall effect :Josephson effect :Kubo Gap :Landauer formula :Mesoscopic physics :Nanowire :Persistent current :Quantum dot :Quantum Hall effect :Quantum point contact :Quantum wire :Quasiparticle :Shot noise :Superconducting tunnel junction :Thermal conductance quantum :Thouless energy :Tunnel junction :Universal conductance fluctuations :Weak localization :Lakshmi Kantam :Nanotechnology :Outline of nanotechnology :Acoustic droplet ejection :Active networking :Applications of nanotechnology :Atom probe :Atomic de Broglie microscope :Auger architectomics :Biocomputer :Brownian motor :Brownian ratchet :Bulk micromachining :Cantilever :Chemical compound microarray :Circulating microvesicle :Coherent diffraction imaging :Computational gene :Dielectrophoresis :Doctor in a cell :Electron beam-induced deposition :Electrospinning :Energy applications of nanotechnology :Evanescent wave :Exploratory engineering :Extended metal atom chains :Fail-safes in nanotechnology :Femtotechnology :Fluorescence interference contrast microscopy :Gas cluster ion beam :Gold nanobeacons :Grazing-incidence small-angle scattering :Heart nanotechnology :History of nanotechnology :IBM (atoms) :Impact of nanotechnology :Industrial applications of nanotechnology :Integrated nanoliter system :Ion track :Ion-beam sculpting :Lab-on-a-chip :Langmuir–Blodgett film :Linear acetylenic carbon :Liquipel :Lotus effect :Magnetic 3D Bioprinting :Magnetolithography :Materiomics :Maxwell's demon :Mechanosynthesis :MEMS for in-situ mechanical characterization :Microfabrication :Microfluidics :Micromachinery :Millipede memory :Molecular assembler :Molecular engineering :Molecular machine :Molecular nanotechnology :Molecular spring :Nano-abacus :Nanoarchitectonics :Nanoart :Nanobama :Nanobiomechanics :Nanobiotechnology :Nanocar :Nanochemistry :Nanochondrion :Nanoengineering :Nanofiltration :Nanofluidic circuitry :Nanofluidics :Nanofoundry :Nanoindenter :NanoLanguage :Nanomanufacturing :Nanomechanics :Nanometrology :Nanomorphic cell :Nanopore :Nanopore sequencing :Nanoprobe (device) :Nanoputian :Nanoreactor :Nanorobotics :Nanoruler :Nanonetwork :Nanoscopic scale :Nanosensor :Nanosocialism :Nanosubmarine :Nanotechnology education :Nanotechnology in fiction :Nanotechnology in water treatment :Nanothermometry :Nanotopography :Nanotribology :Behavior of nuclear fuel during a reactor accident :Optofluidics :Organ-on-a-chip :Picotechnology :Powerdriver :Productive nanosystems :Protein microarray :Quantum nanoscience :Quantum solvent :Rational design :Regulation of nanotechnology :Roller electrospinning :Sarfus :Scanning ion occlusion sensing :Self-assembled monolayer :Self-assembly :Self-replication :Silanization of silicon and mica :Societal impact of nanotechnology :Structural coloration :Supramolecular assembly :Surface micromachining :Surface plasmon resonance :Synthetic ion channels :Synthetic molecular motor :Synthetic setae :Technomimetics :Thermal conductance quantum :Thermochemical nanolithography :Thermodynamics of nanostructures :Tomlinson model :Trojan wave packet :Tunable resistive pulse sensing :Utility fog :Wet nanotechnology :2DEG :Brus equation :Charge qubit :Colossal magnetoresistance :Conductance quantum :Coulomb blockade :Electrically detected magnetic resonance :Enhancement or quenching of QD, Q-wire and QW radiations :Flux qubit :Intersubband polariton :Magnetocapacitance :Molecular beam :Multiple exciton generation :Nanocrystal solar cell :Phase qubit :Photodetection :Quantum bus :Quantum dot :Quantum dot display :Quantum dot solar cell :Quantum efficiency :Quantum electrodynamics :Quantum flux parametron :Quantum Hall effect :Quantum heterostructure :Quantum mirage :Quantum point contact :Quantum spin Hall effect :Quantum tunnelling composite :Quantum well :Quantum wire :Quantum-confined Stark effect :Quiteron :Rapid single flux quantum :Spin valve :Superconducting logic :Superconducting quantum computing :Superconducting tunnel junction :Transmon :Trion (physics) :Tunnel junction :Wetting layer :AKLT Model :Einstein–de Haas effect :Flux pinning :Heisenberg model (quantum) :J1 J2 model :Kondo model :Magnetic flux quantum :Magnetic translation :Majumdar–Ghosh Model :Meissner effect :Quantum spin model :Rashba effect :Single-molecule magnet :Zeeman effect :Antiferromagnetism :Berry connection and curvature :Charge transfer insulators :Composite fermion :Cooper pair :Ferrimagnetism :Ferromagnetism :Fractional quantum Hall effect :Geometric phase :Graphene :Laughlin wavefunction :Mictomagnetism :Mott Criterion :Mott insulator :Paramagnetism :Pseudogap :Quantum critical point :Quantum Hall effect :Quantum phase transition :Quasiparticle :Spontaneous symmetry breaking :String-net liquid :Superconductor Insulator Transition :Superstripes :Symmetry protected topological order :Topological degeneracy :Topological order :Toric code :Quasiparticle :Biexciton :Bipolaron :Dropleton :Electron hole :Exciton :Exciton-polaritons :Fracton :Holon (physics) :Intersubband polariton :Leviton (quasiparticle) :Magnon :Orbiton :Phason :Phonon :Plasmaron :Plasmon :Polariton :Polaron :Roton :Soliton :Spin–charge separation :Spinon :Strongly correlated quantum spin liquid :Trion (physics) :5 yen coin :Activation product :Alpha strike (engineering) :Antozonite :Collision cascade :FASTRAD :HIRF :Induced radioactivity :International Conference on Radiation Effects in Insulators :Ion track :Neutron activation :Neutron-induced swelling :Radiation damage :Radiation effect :Radiation effects on optical fibers :Radiation exposure :Radiation hardening :Radiation pressure :Radiation sensitivity :Radiolysis :Radiotrophic fungus :Radium dials :Swift heavy ion :Szilard–Chalmers effect :Threshold displacement energy :Wigner effect :Acceptor (semiconductors) :Deep-level trap :Donor (semiconductors) :Dopant :Dopant Activation :Lattice constant :Model solid approximation :Shallow donor :Substrate (electronics) :Current injection technique :Semiconductor :Airgap (microelectronics) :Anomalous photovoltaic effect :Audience (telecom company) :Burstein–Moss effect :Carbon nanofoam :Weili Dai :Deathnium :Die shrink :Diffusion capacitance :Diffusion current :Electron mobility :Equivalent oxide thickness :Etch pit density :EV Group :Field effect (semiconductor) :Floating body effect :Haynes–Shockley experiment :High-temperature operating life :Hot-carrier injection :Impact ionization :Isobutylgermane :Isotropic etching :Johnson's figure of merit :Junction temperature :Low level injection :Luttinger parameter :Metalorganics :Moisture sensitivity level :Negative luminescence :On-die termination :Overdrive voltage :Photo-Dember :Photoelectrochemical process :Proximity communication :Random logic :Rashba effect :Reliability (semiconductor) :Reverse leakage current :Roll-to-roll processing :Semiconductor device :Sheet resistance :Solid-state (electronics) :Strain engineering :Symposia on VLSI Technology and Circuits :Thermal copper pillar bump :Thin-film transistor :Transistor channel :Transistor diode model :Transmission line measurement :Triethylgallium :Trimethylgallium :Trimethylindium :Tunnel injection :Valleytronics :Voltage reference :Electronic band structure :Quantum tunnelling :Solid-state (electronics) :Spinmechatronics :Spintronics :Antisymmetric exchange :Biexciton :Michael Coey :Colossal magnetoresistance :Cooper pair :Electric charge :Electron :Exciton :Flux pumping :Giant magnetoresistance :Half-metal :Heusler alloy :Lateral spin valve :Magnetic semiconductor :Magnetocapacitance :Magnetoresistance :Magnetoresistive random-access memory :Nitrogen-vacancy center :Pauli exclusion principle :Positronium :Quantum Hall effect :Quantum spin Hall effect :Racetrack memory :Spin (physics) :Spin canting :Spin engineering :Spin Hall effect :Spin magnetic moment :Spin polarization :Spin pumping :Spin transistor :Spin valve :Spin–orbit interaction :Spin-transfer torque :Spinplasmonics :Stern–Gerlach experiment :Superconductivity :Superlattice :Trion (physics) :Tunnel magnetoresistance :Voigt-Thomson law :Superconductivity :Abrikosov vortex :Alexei Alexeyevich Abrikosov :American Superconductor :Andreev reflection :BCS theory :BCS: 50 Years :Bean's critical state model :Bechgaard salt :Charge density wave :Charge qubit :Maxim Chernodub :Composite reaction texturing :Cooper pair :Leon Cooper :Covalent superconductor :Critical field :Cryoelectronics :Cuprate :Fault current limiter :Fermi Arc :Fermi surface of superconducting cuprates :Ferromagnetic superconductor :Flux pinning :Flux pumping :Flux quantization :Flux qubit :Fluxon :Frozen mirror image method :Fulde-Ferrell-Larkin-Ovchinnikov phase :Ivar Giaever :Vitaly Ginzburg :Ginzburg–Landau theory :Heavy fermion superconductor :History of superconductivity :Holbrook Superconductor Project :Homes's law :Ideally hard superconductor :Josephson effect :Josephson energy :Josephson phase :Kinetic inductance :Lanthanum barium copper oxide :List of superconductors :Little–Parks effect :Lockin effect :London equations :London penetration depth :Long Josephson junction :Magnetic flux quantum :Mattis–Bardeen theory :Meissner effect :Method of images :Kathryn Moler :Nambu–Jona-Lasinio model :Pearl vortex :Peierls transition :Perfect conductor :Phase qubit :Pi Josephson junction :Pinning force :Proximity effect (superconductivity) :Quantum flux parametron :Quantum gyroscope :Quantum vortex :Quiteron :Rapid single flux quantum :Reentrant superconductivity :Residual-resistance ratio :S-PULSE :Scanning SQUID microscope :Scanning SQUID microscopy :Silsbee effect :Spallation Neutron Source :SQUID :Superconducting coherence length :Superconducting logic :Superconducting magnet :Superconducting magnetic energy storage :Superconducting quantum computing :Superconducting radio frequency :Superconducting steel :Superconducting tunnel junction :Superconductor classification :Superconductor Insulator Transition :Supercurrent :Superdiamagnetism :SuperGrid :Superinsulator :Swihart velocity :Technological applications of superconductivity :Thermal Hall effect :Transmon :Type-1.5 superconductor :Type-I superconductor :Type-II superconductor :Varphi Josephson junction :Vortex state :Werthamer–Helfand–Hohenberg theory :Woodstock of physics :Aluminium gallium phosphide :Anderson orthogonality theorem :Annular dark-field imaging :Angle-resolved photoemission spectroscopy :Band mapping :Barnett effect :Bilayer :Binder parameter :Charge transfer insulators :Curie constant :Depolarization ratio :Diffuson :Electro-absorption modulator :Eon (distributed computing project) :Fractionalization :Gallium arsenide phosphide :Gallium indium arsenide antimonide phosphide :Gas immersion laser doping :Gough–Joule effect :Half-metal :Hamaker constant :Helical Dirac fermion :Helimagnetism :Indium arsenide antimonide phosphide :Indium gallium arsenide phosphide :Indium gallium phosphide :Indium nitride :Intense Pulsed Neutron Source :Inverse magnetostrictive effect :Island growth :Isomorphism (crystallography) :Isostructural :Kubo Gap :Kugel–Khomskii coupling :Lambda point :Lambda point refrigerator :Lanthanum barium copper oxide :Lateral spin valve :List of quasiparticles :Lockin effect :Magnetic impurity :Material physics :Mesogen :Model solid approximation :Narrow-gap semiconductor :Néel temperature :Nonextensive entropy :Orientational glass :Pearl vortex :Phason :Phonon drag :Phosphorene :Photoconductivity :Plastic magnet :Polymeric liquid crystal :Poole–Frenkel effect :Ptychography :Quantum dimer models :Scattering from rough surfaces :Scheutjens–Fleer theory :Schottky defect :Semicircle law (Quantum Hall) :Shallow donor :Silicon nanotubes :Slave boson :Sommerfeld expansion :Thermal effective mass :Thermal Hall effect :Thermotunnel cooling :Universal conductance fluctuations :Wideband materials :Wilson ratio :Wyckoff positions :Dynamics (mechanics) :Acceleration :Action (physics) :Analytical dynamics :Bicycle and motorcycle dynamics :Dynamics of Markovian particles :Fermi acceleration :Fundamental equation of constrained motion :Kinetic energy :Net force :Ocean dynamics :Order tracking (signal processing) :Potentiometric surface :Precession :Relativistic angular momentum :Resultant force :Rotatum :Rotordynamics :Siacci's theorem :Structural dynamics :Two-mass-skate bicycle :Vehicle dynamics :Vibronic coupling :Virial theorem :Wilberforce pendulum :Yaw (rotation) :Yaw axis :Accelerating universe :Acceleration :Accelerometer :Angular acceleration :Centrifugal force :Centripetal force :Fermi acceleration :Four-acceleration :G-force :Gravitation :Gravitational acceleration :Instantaneous acceleration :Jerk (physics) :Jounce :Proper acceleration :Shock (mechanics) :Space travel using constant acceleration :Spatial acceleration :Specific force :Sudden unintended acceleration :Ballistics :Aberdeen chronograph :Aeroballistic Range Association :Aiming point :Allegany Ballistics Laboratory :AN/MSQ-1 :Anti-ship ballistic missile :Automated firearms identification :Ballistic coefficient :Ballistic eye wear :Ballistic gelatin :Ballistic impact :Ballistic limit :Ballistic missile :Ballistic pendulum :Bulletproof vest :Ballistics by the Inch :Behind-armor debris :Bullet bow shockwave :Celebratory gunfire :Circular error probable :Combustion light gas gun :Comparison microscope :Contact shot :Deflection (ballistics) :Director (military) :Drugfire :Elevation (ballistics) :External ballistics :Free return trajectory :Greenhill formula :Gun data computer :Gun harmonisation :Handgun effectiveness :High–low system :Hydrostatic shock :Integrated Ballistics Identification System :Interface defeat :Internal ballistics :Light gas gun :Mathematical discussion of rangekeeping :Muzzle velocity :Obturating ring :Overall length :Parabola of safety :Penetration (weaponry) :Permanent cavity :Point-blank range :Projectile :Projectile use by living systems :Propellant :QuickLOAD :Range of a projectile :Reeves AN/MSQ-35 Bomb Scoring Central :Reeves AN/MSQ-77 Bomb Directing Central :Ricochet :Rifleman's rule :Sabot :Daniel Santbech :Sectional density :Shooting reconstruction :Stopping power :Taylor KO Factor :Terminal ballistics :Thompson-LaGarde Tests :Throwing :Trajectory :Trajectory of a projectile :Trajectory optimization :Transitional ballistics :Vaporific effect :Very-low-drag bullet :Windage :Witness block :Wound ballistics :Annular velocity :Apparent viscosity :Burgers vortex :Flow conditioning :Fluid dynamics :Laminar flow :Theory of tides :Acoustic Doppler velocimetry :Acoustic rheometer :Acoustic theory :Added mass :Adverse pressure gradient :Aeroacoustics :Aerodynamic drag :Aerodynamic potential-flow code :Aeronautical and Astronautical Research Laboratory :Agitator (device) :Air classifier :Air-mixing plenum :Airflow Sciences Corporation :Airlift pump :An Album of Fluid Motion :Amott test :ANSYS CFX :Antibubble :Archimedes number :Archimedes' principle :Atkinson friction factor :Atkinson resistance :Atmospheric physics :Atmospheric sciences :Atomization and Sprays :Atomizer nozzle :Atwood number :AUSM :Axial compressor :Background-oriented schlieren technique :Bagnold's fluid :Baldwin–Lomax model :Barber–Layden–Power effect :Baroclinity :Barotropic fluid :Base conditions :Basset force :Batchelor scale :Bauer-Nilsen :Bell mouth :Bernoulli grip :Bernoulli's principle :Beta plane :Biorheology :Blade element momentum theory :Blade 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efficient section :Moving Particle Semi-implicit Method :Moving shock :MUSCL scheme :Nanofluidic circuitry :Nanofluidics :Natural circulation :Natural convection :Natural ventilation :Navier–Stokes existence and smoothness :Newtonian fluid :No-slip condition :Non-Newtonian fluid :Nusselt number :Oblique shock :Ocean gyre :Ohnesorge number :Open-channel flow :OpenFOAM :Optofluidics :Orifice plate :Orr–Sommerfeld equation :Oseen equations :Overflow (software) :P-wave :Palinstrophy :Papkovich–Neuber solution :Parasitic drag :Particle image velocimetry :Particle tracking velocimetry :Particle velocity :Particle-laden flows :Patch dynamics (physics) :Péclet number :Peniche (fluid dynamics) :Peregrine soliton :Perrin friction factors :Photon bubble :Pipe flow :Pipe network analysis :Pitch drop experiment :Planar laser-induced fluorescence :Plastometer :Plateau–Rayleigh instability :Pleuger rudder :Plug flow :Plume (hydrodynamics) :Pneumatic barrier :Pneumatic cylinder :Pneumatic flow control 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:Extreme response spectrum :Fatigue damage spectrum :Frequency :Ground vibrations :Harmonic oscillator :Mechanical resonance :Moving load :Noise and vibration on maritime vessels :Noise, vibration, and harshness :Nonlinear resonance :Particle damping :Random vibration :Rotating unbalance :Self-oscillation :Shock response spectrum :Statistical energy analysis :Thermoelastic damping :Torsional vibration :Train noise :Unidirectional coupling :Vibrating alert :Vibrating string :Vibration fatigue :Vibration isolation :Vibration white finger :Vibrations of a circular membrane :Vibrator (mechanical) :Vibrator (sex toy) :Bicycle and motorcycle dynamics :Bicycle and motorcycle geometry :Burnout (vehicle) :Cadence braking :Camber thrust :Circle of forces :Contact patch :Cornering force :Countersteering :Engine braking :Highsider :Lowsider :Pneumatic trail :Racing line :Relaxation length :Self aligning torque :Shaft effect :Slip (vehicle dynamics) :Slip angle :Speed wobble :Steering ratio :Stoppie :Dave McKenna (stunt rider) :Motorcycle stunt riding :Suspension (motorcycle) :Target fixation :Threshold braking :Tire load sensitivity :Trail braking :Weight transfer :Wheelie :Pendulum :Aktiengesellschaft für Uhrenfabrikation Lenzkirch :Ballistic pendulum :Barton's pendulums :Blackburn pendulum :Bob (physics) :Centrifugal pendulum absorber :Chronomètre of Loulié :Conical pendulum :Double inverted pendulum :Double pendulum :Doubochinski's pendulum :Foucault pendulum :Foucault pendulum vector diagrams :List of Foucault pendulums :Furuta pendulum :Gridiron pendulum :Harmonograph :Inertia wheel pendulum :Inverted pendulum :Kapitza's pendulum :Kater's pendulum :Metronome :Paraconical pendulum :Pendulum (mathematics) :Pendulum clock :Pendulum rocket fallacy :Pendulum-and-hydrostat control :Persoz pendulum :Prague Metronome :Seconds pendulum :Simple harmonic motion :Spherical pendulum :Spring pendulum :Torsion pendulum clock :Torsion spring :Wilberforce pendulum :Potential :Potential energy :Absolute electrode potential :Buckingham potential :Chemical potential :Demagnetizing field :Dilithium :Electric potential :Equipotential :Excess chemical potential :Galvani potential :Homoeoid :Latimer diagram :Lennard-Jones potential :Magnetic potential :Magnetostatics :Membrane potential :Mixed potential theory :Morse/Long-range potential :Overlapping distribution method :Reduction potential :Retarded potential :Scalar potential :Standard electrode potential :Stockmayer potential :Thermodynamic potential :Vector potential :Volta potential :Yukawa potential :Rigid body :AGX Multiphysics :Born rigidity :Cylindrical joint :Degrees of freedom (mechanics) :Disk (mathematics) :Euler's equations (rigid body dynamics) :Euler's laws of motion :Generalized coordinates :Herglotz-Noether theorem :Herpolhode :Kinematic pair :Kirchhoff equations :List of moments of inertia :Mechanical joint :Moment of inertia :Newton–Euler equations :Orientation (geometry) :Perpendicular axis theorem :Poinsot's ellipsoid :Polhode :Prismatic joint :Revolute joint :Rigid body dynamics :Rigid rotor :Screw axis :Screw joint :Screw theory :Spatial acceleration :Transmissibility of forces :Vortex (software) :Physics education :American Association of Physics Teachers :American Journal of Physics :Astronomy and Astrophysics program of SUPARCO :Austrian Young Physicists' Tournament :Balsa wood bridge :Bogolyubov Prize for young scientists :Chartered Physicist :Concept inventory :Conceptual physics :Contemporary Physics Education Project :Crash Test Danny :Cryophorus :Demonstrations in Physics :Department of Physics, Quaid-e-Azam University :Egg drop competition :EnergyTeachers.org :Eureka! (TV series) :European Journal of Physics :Fermi problem :Frictionless plane :Fundamentals of Physics :Hand boiler :Harvard Project Physics :History of Young Physicists' Tournament in Russia :International Young Physicists' Tournament :IYPT 2011 :Master of Physics :Newton's cradle :Oersted Medal :Physics First :Physics Instructional Resource Association :The Physics Teacher :POISK Centre :Problem book :QuarkNet :Russian Young Physicists' Tournament :Sagan Planet Walk :SAT Subject Test in Physics :Solar System model :Somerset Space Walk :Theoretical Advanced Study Institute :Thermal physics :Thermal science :Ukrainian Physicists' Tournament for University Students :United States Invitational Young Physicists Tournament :United States National Physics Olympiad :University of Edinburgh School of Physics and Astronomy :Walter Lewin Lectures on Physics :Scott Boman :Jordan A. 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Thomson :Camille Papin Tissot :Guido Tonelli :Charles Hard Townes :John Tyndall :Léon Van Hove :Evgeny Velikhov :Herbert Walther :Ernest Walton :John Wheatley (physicist) :Rolf Widerøe :Charles Thomson Rees Wilson :Pieter Zeeman :Afshar experiment :Atwood machine :Barton's pendulums :Bedford Level experiment :Beverly Clock :BICEP and Keck Array :Cavendish experiment :Davisson–Germer experiment :De Sitter double star experiment :Delayed choice quantum eraser :Double-slit experiment :The E and B Experiment :Eddy current brake :Elitzur–Vaidman bomb tester :Eötvös experiment :An Experiment on a Bird in the Air Pump :Experiments of Rayleigh and Brace :Faraday's ice pail experiment :Fizeau experiment :Fizeau–Foucault apparatus :Forced Rayleigh scattering :Franck–Hertz experiment :Fuji Molten Salt Reactor :Galileo's Leaning Tower of Pisa experiment :Geiger–Marsden experiment :GlueX :Gravity Probe A :Gravity Probe B :Hafele–Keating experiment :Hammar experiment :Heron's fountain :Homestake experiment :Hot chocolate effect :Hughes–Drever experiment :India-based Neutrino Observatory :Ionocraft :Ives–Stilwell experiment :Kaufmann–Bucherer–Neumann experiments :Kelvin water dropper :Kennedy–Thorndike experiment :Kite experiment :Lariat chain :List of experimental errors and frauds in physics :Long Duration Exposure Facility :Magdeburg hemispheres :Magnetization reversal by circularly polarized light :Measurements of neutrino speed :Michelson–Gale–Pearson experiment :Michelson–Morley experiment :Millimeter Anisotropy eXperiment IMaging Array :Modern searches for Lorentz violation :Mousetrap car :Nth Country Experiment :Oil drop experiment :Oxford Electric Bell :Pascal's barrel :Pitch drop experiment :PLUTO detector :POLYGON experiment :Pound–Rebka experiment :Pressure experiment :QMAP :Quantum eraser experiment :Rømer's determination of the speed of light :Time dilation of moving particles :Rubens' tube :Rüchardt Experiment :Sagnac effect :Savart wheel :Schiehallion experiment :Sodium bicarbonate rocket :Stern–Gerlach experiment :Terrella :Test theory :Tests of relativistic energy and momentum :Tests of special relativity :TopHat (telescope) :Torricelli's law :Trouton–Noble experiment :Trouton–Rankine experiment :Two-balloon experiment :Water thread experiment :Aharonov–Bohm effect :Aharonov–Casher effect :Andreev reflection :Askaryan effect :Biefeld–Brown effect :Buttered toast phenomenon :Butterfly effect :Casimir effect :Casimir pressure :Coandă effect :Condensation cloud :Coriolis effect :Doppler broadening :Hanle effect :Kondo effect :Leidenfrost effect :Marangoni effect :Mössbauer effect :Photophoresis :Pouillet effect :Prandtl–Glauert singularity :Radiation trapping :Ramsauer–Townsend effect :Shock diamond :Shower-curtain effect :Singing sand :Stark effect :Thermo-dielectric effect :Thermoelectric effect :Tyndall effect :Wigner effect :Zeeman energy :Antimatter :Apergy :The Big Bang Theory :Calabi-Yau (play) :Containment field :Copenhagen (play) :Dark matter in fiction :Directed-energy weapon :Electrolaser :List of electromagnetic projectile devices in fiction :Faster-than-light :Force field (fiction) :Half-Life (video game) :Higgs boson in fiction :Holtzman effect :Hypertime :Langston Field :Os (Fringe) :Physics and Star Wars :Production and Decay of Strange Particles :Quantum aesthetics :Quantum singularity :Relativistic kill vehicle :Rubber science :Schrödinger's cat in popular culture :Schrödinger's Kitten :Superluminal communication :Tachyons in fiction :Technology in Revelation Space :Technology in Star Trek :Teleportation :Teleportation in fiction :Timestream :Tipler cylinder :Ultrawave :Antimatter :Annihilation :Annihilation radiation :Antihydrogen :Antiparticle :Antimatter comet :Antimatter gravity measurement :Antimatter rocket :Antimatter tests of Lorentz violation :Antimatter weapon :Antineutron :Antiproton :Antiproton Decelerator :Antiprotonic helium :Di-positronium :Gravitational interaction of antimatter :Positron :Positronium hydride :Project Valkyrie :Recycling antimatter :Cartoon physics :Hammerspace :Magic satchel :Portable hole :Principle of Evil Marksmanship :Wild takes :Another World (M. 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Escher) :Sphereland :Super-Sargasso Sea :Tel'aran'rhiod :Time vortex (Doctor Who) :Ancient technology in Stargate :Anti-Ice :Antimatter :Arc reactor :Magic of Dungeons & Dragons :Eye of Harmony :Force (Star Wars) :Gasoline pill :Jutsu (Naruto) :Magic in fiction :Meglos :Nexus (Charmed) :Protoculture (Macross) :Speed Force :Wisp (Sonic) :List of games containing time travel :List of time travel science fiction :Time travel in fiction :ACME and V.I.L.E. :Alternative future :Emmett Brown :Chrononauts :Continuum (role-playing game) :Crono :Dinosaur (Disney's Animal Kingdom) :Dr. Octagon :Dr. Octagonecologyst :InuYasha :Marty McFly :Newspaper from the future :Predestination paradoxes in comics, manga, and anime :Predestination paradoxes in film :Predestination paradoxes in literature :Predestination paradoxes in popular culture :Predestination paradoxes in video games :Prime Directive :Sol Badguy :Temporal Cold War :Temporal war :Terminator (franchise) :The Clock that Went Backward :Thermae Romae :Time loop :Time viewer :Transdimensional Teenage Mutant Ninja Turtles :Trunks (Dragon Ball) :Urashima Tarō :Allais effect :Anti-gravity :Biological transmutation :Cold fusion :Dean drive :Death ray :EmDrive :Energy Catalyzer :Newman's energy machine :Gravitational shielding :Bernard Haisch :Heim theory :Burkhard Heim :Corentin Louis Kervran :Laser fence :Antonio Longoria :Magnetospheric eternally collapsing object :Mass formula :Harry Grindell Matthews :Thomas Henry Moray :Non-standard cosmology :Patterson Power Cell :Plasma cosmology :Polarizable vacuum :Harold E. Puthoff :Jack Sarfatti :Shaft passer :Stochastic electrodynamics :Tired light :Tractor beam :United States gravity control propulsion research :Tom Van Flandern :Voodoo Science :George Woodward Warder :Zero-point energy :13 Things That Don't Make Sense :Yoshiaki Arata :Bad Science: The Short Life and Weird Times of Cold Fusion :Bubble fusion :Dennis M. Bushnell :Cluster impact fusion :Cold fusion :Robert Duncan (physicist) :ENEA (Italy) :Energy Catalyzer :Eyring Science Center :Martin Fleischmann :Sergio Focardi :Peter L. Hagelstein :Robert Huggins :John R. Huizenga :Incredible utility :Infinite Energy (magazine) :International Conference on Cold Fusion :P. K. Iyengar :Brian Josephson :Journal of Electroanalytical Chemistry :Sidney Kimmel :Eugene Mallove :Michael McKubre :George H. Miley :Paul Palmer (physicist) :Patterson Power Cell :Fominskiy Leonid Pavlovich :Stanley Pons :Andrea Rossi (entrepreneur) :Julian Schwinger :Science by press conference :Tadahiko Mizuno :Rusi Taleyarkhan :Gary Taubes :Perpetual motion :History of perpetual motion machines :Agha Waqar's water-fuelled car :Johann Bessler :Bhāskara's wheel :Brownian ratchet :Cox's timepiece :Newman's energy machine :Garabed T. K. Giragossian :Incredible utility :Infinite Energy (magazine) :Magic wheel :Stefan Marinov :Maxwell's demon :Thomas Henry Moray :Perepiteia :Reactionless drive :Charles Redheffer :Simple Magnetic Overunity Toy :Space-time crystal :Stanley Meyer's water fuel cell :Steorn :Zero-point energy :Pseudophysics :2012 phenomenon :Anti-gravity :Autodynamics :Ballotechnics :Johann Bessler :BlackLight Power :Bogdanov affair :Thomas Townsend Brown :Buttered cat paradox :Cartoon physics :Clean and Environmentally Safe Advanced Reactor :Creationist cosmologies :Dean drive :Earth radiation :Electrogravitics :EmDrive :Stanton T. Friedman :Gravitational shielding :Richard C. Hoagland :Hyperdimensional physics :John Ernst Worrell Keely :Alfred Lawson :Magnet therapy :Magnetic water treatment :Thomas Henry Moray :National Institute for Discovery Science :Kauko Armas Nieminen :Omega Point :Progress in Physics :Alternative theories of quantum evolution :Reactionless drive :Red mercury :Ed Seykota :Shrink ray :Welteislehre :Gravitation :Artificial gravity :Atomic gravitational wave interferometric sensor :Barnes–Hut simulation :Bentley's paradox :Blackett effect :CLIO :Coriolis field :Dropping In Microgravity Environment :Electrogravitics :Equations for a falling body :Equivalence principle (geometric) :European Low Gravity Research Association :Exotic matter :James E. Faller :Fg (physics) :Flyby anomaly :Free fall :Gauge gravitation theory :Gauss's law for gravity :General covariant transformations :Geopotential function :Geopotential model :Gravitation of the Moon :Gravitational acceleration :Gravitational binding energy :Gravitational biology :Gravitational constant :Gravitational coupling constant :Gravitational energy :Gravitational field :Gravitational interaction of antimatter :Gravitational potential :Gravitational-wave astronomy :Gravity feed :Gravity of Earth :Gravity Research Foundation :Gravity well :Gregory–Laflamme instability :Hypergravity :Hypotheses non fingo :Inspiral :Intelligent falling :Introduction to general relativity :Laser accelerometer :Lemaître coordinates :Lemaître–Tolman metric :Levitation :LIGO Scientific Collaboration :List of equations in gravitation :Low-g condition :Lunar theory :Mach principle :Mach's principle :Metric-affine gravitation theory :Micro-g environment :Microgravity University :Modified models of gravity :N-body choreography :N-body problem :N-body simulation :Negative mass :Newton's law of universal gravitation :Peres metric :Physical geodesy :Pioneer anomaly :Potential energy :Pulsar timing array :Quadrupole :Roche limit :Roche lobe :Route dependence :Schiehallion experiment :Self-gravitation :Shell theorem :Standard gravity :Stellar dynamics :Strong gravity :Surface gravity :Tidal force :Tidal tensor :Timeline of gravitational physics and relativity :Tug of war (astronomy) :Vertical deflection :Virbhadra–Ellis lens equation :Weber bar :Weightlessness :Weyl−Lewis−Papapetrou coordinates :Woodward effect :World manifold :Zero-velocity surface :Anny Ahlers :Christopher Barry :Alexander Borisovich Belyavsky :Madge Blake :Al Bolton :Karl Bömelburg :Ralph Burkei :Jeff Corey :Ruth Dallas :Güzin Dino :Sam Farber :Agneta Frieberg :Godfrey G. Goodwin :Edmund Beckett, 1st Baron Grimthorpe :Nina Hamnett :Claudia Heill :Niels Hertzberg (handball) :George Jerram :Steven Kanumba :Frank Kurtz :Reddy Mack :Luis Martínez Noval :Ashraf Marwan :Namuggala of Buganda :Arnold Potter :Antonio Quatraro :Funmilayo Ransome-Kuti :Irv Rubin :Ivan Safronov :Chief Jay Strongbow :P. Shanmugam :Karl Slym :Helen Smith (nurse) :P. B. Sreenivas :David Tait :Teoh Beng Hock :Hester Thrale :Lee Stephen Tillotson :William Monroe Trotter :Amy Vanderbilt :Samuel Wanjiru :Antimatter gravity measurement :Atomic gravitational wave interferometric sensor :B-modes :Blueshift :CLIO :Dynamical friction :Einstein ring :Embedded lens :Ephemeride Lunaire Parisienne :Frame-dragging :Geophysical MASINT :Gravitational lens :Gravitational lensing formalism :Gravitational microlensing :Gravitational redshift :Gravitational time dilation :Gravitational wave :Gravitational wave background :Gravitoelectromagnetism :Gravity assist :High-G training :Inspiral :J1000+0221 :Kelvin–Helmholtz mechanism :Lunar theory :Mass segregation :Nordtvedt effect :Optical metric :Orbital decay :Potentiometric surface :Shapiro delay :Spaghettification :Speed of gravity :Tidal force :Xallarap :Nicholas Alkemade :Ivan Chisov :Yukino Kikuma :Juliane Koepcke :Alan Magee :Betty Lou Oliver :Teneu :Vesna Vulović :Danny Yamashiro :Gravimetry :Bouguer anomaly :Clairaut's theorem :European Combined Geodetic Network :Free-air gravity anomaly :G-force :Gal (unit) :Geoid :Geopotential :Gravimeter :Gravitational acceleration :Gravitometer :Gravity anomalies of Britain and Ireland :Gravity anomaly :Gravity Field and Steady-State Ocean Circulation Explorer :Gravity of Earth :Gravity Recovery and Climate Experiment :JAMIC :Lucien LaCoste :Mass concentration (astronomy) :Theoretical gravity :Undulation of the geoid :Gravitational wave :Extreme mass ratio inspiral :Great Attractor :Dark flow :Norma Cluster :Shapley Supercluster :Levitation :Acoustic levitation :Aerodynamic levitation :Casimir effect :Earnshaw's theorem :Electrogravitics :Electrostatic levitation :Flux pumping :Viktor Grebennikov :Ionocraft :Optical levitation :Superdiamagnetism :Orbit :List of orbits :Apse line :Apsidal precession :Apsis :Argument of latitude :Argument of periapsis :Artificial satellites in retrograde orbit :Attitude control :Box orbit :Characteristic energy :Circular orbit :Clohessy-Wiltshire equations :Commensurability (astronomy) :Dermott's law :Eccentric anomaly :Eccentricity vector :Elliptic orbit :Equation of the center :Escape velocity :Euler's three-body problem :Free drift :Frozen orbit :Galactocentric distance :Gravitational keyhole :Gravitational two-body problem :Halo orbit :Heliocentric orbit :Hill sphere :Hyperbolic trajectory :Inclined orbit :Inertial frame of reference :Interplanetary Transport Network :Irregular moon :Jacobi coordinates :Jacobi integral :Kepler orbit :Kepler's equation :Kepler's laws of planetary motion :Lambert's problem :Laplace limit :Laplace plane :Laplace–Runge–Lenz vector :Lissajous orbit :Longitude of the ascending node :Longitude of the periapsis :Mean anomaly :Mean longitude :Mean motion :Minimum orbit intersection distance :Momentum compaction :N-body choreography :N-body problem :Nodal period :Non-inclined orbit :Observation arc :Orbit determination :Orbit equation :Orbital decay :Orbital eccentricity :Orbital elements :Orbital inclination :Orbital node :Orbital period :Orbital plane (astronomy) :Orbital pole :Orbital resonance :Orbital speed :Orbital state vectors :Orbiting body :Outer-grazer :Parabolic trajectory :Parking orbit :Path-constrained rendezvous :Perifocal coordinate system :Plane of reference :Primary (astronomy) :Proper orbital elements :Quadrature (astronomy) :Radial trajectory :Relative angular momentum :Retrograde and prograde motion :Rosetta (orbit) :Semi-major axis :Semi-minor axis :Specific orbital energy :Specific relative angular momentum :Sphere of influence (astrodynamics) :Standard gravitational parameter :Stumpff function :Subsynchronous orbit :Supersynchronous orbit :Synchronous orbit :Three-body problem :Tidal acceleration :Tidal circularization :Tidal locking :Tisserand's Criterion :Tisserand's parameter :True anomaly :True longitude :Two-body problem :Two-line element set :Uncertainty Parameter U :Universal variable formulation :Vis-viva equation :Affine gauge theory :Alternatives to general relativity :An Exceptionally Simple Theory of Everything :Antimatter gravity measurement :AQUAL :Bi-scalar tensor vector gravity :Bimetric theory :Brans–Dicke theory :Chronology protection conjecture :Composite gravity :Conformal gravity :Cosmological constant :Dark fluid :Democratic principle :DGP model :Einstein aether theory :Einstein–Cartan theory :Entropic gravity :Extended theories of gravity :F(R) gravity :Fermat’s and energy variation principles in field theory :Gauge gravitation theory :Gauge theory gravity :Gauge Vector-Tensor gravity :Gauss's law for gravity :Gauss–Bonnet gravity :Geometrodynamics :Graviscalar :Gravitational field :Higher-dimensional Einstein gravity :Higher-dimensional supergravity :History of gravitational theory :Hořava–Lifshitz gravity :Hoyle–Narlikar theory of gravity :Induced gravity :Introduction to general relativity :Kaluza–Klein theory :Large extra dimension :Le Sage's theory of gravitation :Loop quantum gravity :Lovelock theory of gravity :Mach principle :Mach's principle :Massive gravity :Mechanical explanations of gravitation :Metric-affine gravitation theory :Modified Newtonian dynamics :Newton's law of universal gravitation :Newton–Cartan theory :Nonsymmetric gravitational theory :Nordström's theory of gravitation :Nuts and bolts (general relativity) :Parameterized post-Newtonian formalism :Plebanski action :Polarizable vacuum :Quantum gravity :Scalar theories of gravitation :Scalar–tensor–vector gravity :Self-creation cosmology :Semiclassical gravity :Stochastic electrodynamics :Supergravity :Teleparallelism :Tensor–vector–scalar gravity :Theory of everything :Twistor theory :Unified field theory :Whitehead's theory of gravitation :World crystal :Yilmaz theory of gravitation :History of electromagnetic theory :History of physics :Old quantum theory :Academic genealogy of theoretical physicists :Aether drag hypothesis :Annus mirabilis :Annus Mirabilis papers :Anti-gravity :Arago spot :Archimedean point :Aristotelian physics :Atom: Journey Across the Subatomic Cosmos :Atomism :B Reactor :Balmer series :History of the battery :Beverly Clock :History of the Big Bang theory :Bohr–Einstein debates :Caloric theory :History of classical mechanics :Classical unified field theories :Clockwork universe :Conservation of energy :Contact electrification :The Copernican Question: Prognostication, Skepticism, and Celestial Order :The Copernican Revolution (book) :Corpuscular theory of light :Dark star (Newtonian mechanics) :De motu corporum in gyrum :Deutsche Physik :Dioptrique :Einstein Papers Project :Emission theory :Equation of State Calculations by Fast Computing Machines :Euler's laws of motion :An Experimental Enquiry Concerning the Source of the Heat which is Excited by Friction :Fermi–Pasta–Ulam problem :History of general relativity :Golden age of cosmology :Golden age of physics :Heisenberg's entryway to matrix mechanics :History of fluid mechanics :History of gravitational theory :History of spectroscopy :History of string theory :Hole argument :Horror vacui (physics) :Hyperradiant Fresnel lens :Hypotheses non fingo :The Internet Pilot to Physics :Kite experiment :Koenig's manometric flame apparatus :Laws of attraction :Le Sage's theory of gravitation :Leibniz–Clarke correspondence :Length contraction :History of loop quantum gravity :Lorentz ether theory :History of Lorentz transformations :Luminiferous aether :Raffaello Magiotti :History of materials science :Mathematical formulation of quantum mechanics :Mean speed theorem :Mechanical equivalent of heat :Mechanical explanations of gravitation :Moseley's law :N ray :Newton's laws of motion :Newtonian dynamics :Night Thoughts of a Classical Physicist :Nordström's theory of gravitation :On Physical Lines of Force :Andrew Pritchard :History of optics :Oxford Calculators :Oxford Electric Bell :History of the periodic table :The Physical Principles of the Quantum Theory :Physical Society of London :Physics in medieval Islam :Pitch drop experiment :Plum pudding model :Pound–Rebka experiment :Principle of least action :Quaestiones quaedam philosophicae :History of quantum field theory :History of quantum mechanics :Criticism of the theory of relativity :Relativity of simultaneity :Ritz's Equation :Rubens' tube :Rutherford model :Rydberg formula :History of Solar System formation and evolution hypotheses :Electromagnetic mass :History of special relativity :Speed of gravity :Sticky bead argument :Stoic physics :History of subatomic physics :History of superconductivity :Teleparallelism :Teylers Instrument Room :Theoretical physics :Timaeus (dialogue) :Timeline of chemical element discoveries :Timeline of electromagnetic theory :Timeline of quantum mechanics :Transfermium Wars :Über quantentheoretische Umdeutung kinematischer und mechanischer Beziehungen :United States gravity control propulsion research :The Value of Science :History of variational principles in physics :The World (Descartes) :Young's interference experiment :Thomas Young (scientist) :Aether theories :Aether (classical element) :Aether drag hypothesis :Einstein aether theory :Etheric force :Hammar experiment :History of special relativity :Kennedy–Thorndike experiment :Le Sage's theory of gravitation :Light-dragging effects :Lorentz ether theory :Luminiferous aether :Mechanical explanations of gravitation :Michelson–Gale–Pearson experiment :Michelson–Morley experiment :Preferred frame :Timeline of luminiferous aether :Trouton–Noble experiment :Atomism :Ash'ari :Buddhist atomism :Corpuscularianism :Dravya (Jainism) :Kalpa Sūtra :Minima naturalia :Nyaya :Pancastikayasara :Tattvartha Sutra :Vaisheshika :Classical element :Aban :Aether (classical element) :Agni :Air (classical element) :Akasha :Ap (water) :Astrology and the classical elements :Celestial ocean :Classical elements in popular culture :Earth (classical element) :Earth mother :Elemental :Empyrean :Fire (classical element) :Fire worship :Humorism :Mahābhūta :Nymph :On the Heavens :Prithvi :Pygmy (Greek mythology) :Pythagorean astronomical system :Salamander (legendary creature) :Satyr :Sky father :Sprite (creature) :Sylph :Tattva :Vayu :Water (classical element) :Afshar experiment :Atwood machine :Barton's pendulums :Bedford Level experiment :Beverly Clock :BICEP and Keck Array :Cavendish experiment :Davisson–Germer experiment :De Sitter double star experiment :Delayed choice quantum eraser :Double-slit experiment :The E and B Experiment :Eddy current brake :Elitzur–Vaidman bomb tester :Eötvös experiment :An Experiment on a Bird in the Air Pump :Experiments of Rayleigh and Brace :Faraday's ice pail experiment :Fizeau experiment :Fizeau–Foucault apparatus :Forced Rayleigh scattering :Franck–Hertz experiment :Fuji Molten Salt Reactor :Galileo's Leaning Tower of Pisa experiment :Geiger–Marsden experiment :GlueX :Gravity Probe A :Gravity Probe B :Hafele–Keating experiment :Hammar experiment :Heron's fountain :Homestake experiment :Hot chocolate effect :Hughes–Drever experiment :India-based Neutrino Observatory :Ionocraft :Ives–Stilwell experiment :Kaufmann–Bucherer–Neumann experiments :Kelvin water dropper :Kennedy–Thorndike experiment :Kite experiment :Lariat chain :List of experimental errors and frauds in physics :Long Duration Exposure Facility :Magdeburg hemispheres :Magnetization reversal by circularly polarized light :Measurements of neutrino speed :Michelson–Gale–Pearson experiment :Michelson–Morley experiment :Millimeter Anisotropy eXperiment IMaging Array :Modern searches for Lorentz violation :Mousetrap car :Nth Country Experiment :Oil drop experiment :Oxford Electric Bell :Pascal's barrel :Pitch drop experiment :PLUTO detector :POLYGON experiment :Pound–Rebka experiment :Pressure experiment :QMAP :Quantum eraser experiment :Rømer's determination of the speed of light :Time dilation of moving particles :Rubens' tube :Rüchardt Experiment :Sagnac effect :Savart wheel :Schiehallion experiment :Sodium bicarbonate rocket :Stern–Gerlach experiment :Terrella :Test theory :Tests of relativistic energy and momentum :Tests of special relativity :TopHat (telescope) :Torricelli's law :Trouton–Noble experiment :Trouton–Rankine experiment :Two-balloon experiment :Water thread experiment :Atomic theory :Auger effect :Bohr model :Compton scattering :Compton wavelength :Davisson–Germer experiment :Double-slit experiment :Franck–Hertz experiment :Geiger–Marsden experiment :Hanle effect :Hyperfine structure :Matter wave :Mott scattering :Oil drop experiment :Oldstone Conference :Phase space formulation :Photoelectric effect :Planck postulate :Planck's law :Plum pudding model :Pocono Conference :Rayleigh–Jeans law :Rutherford model :Rutherford scattering :Rydberg formula :Schrödinger picture :Shelter Island Conference :Stark effect :Stern–Gerlach experiment :Transformation theory (quantum mechanics) :Ultraviolet catastrophe :Wave–particle duality :Wien's displacement law :Wigner–Weyl transform :Zeeman effect :History of electrical engineering :List of IEEE milestones :International Electrical Exhibition of 1884 :International Electrotechnical Exhibition :History of electric power transmission :Timeline of electrical and electronic engineering :Timeline of electromagnetic theory :War of Currents :History of thermodynamics :Aeolipile :Caloric theory :Gas laws :History of entropy :History of heat :History of perpetual motion machines :Mechanical equivalent of heat :Theory of heat :Timeline of heat engine technology :Timeline of thermodynamics :Vis viva :Académie de Physique :American Crystallographic Association :American Physical Society :Australasian College of Physical Scientists and Engineers in Medicine :Australian Institute of Physics :Austrian Physical Society :Biophysical Society :Brazilian Society of Physics :Canadian Association of Physicists :Deutsche Physikalische Gesellschaft :Estonian Physical Society :European Physical Society :Faraday Society :Gravitational Wave International Committee :Indian Physical Society :Institute of Physics :Institute of Physics and Engineering in Medicine :International Association of Mathematical Physics :International Society on General Relativity and Gravitation :Irish Association of Physicists in Medicine :Nepal Physical Society :Optical Society :OSA Fellow :Photonics Society of Poland :Physical Society of London :Physics Society of Iran :Sociedade Brasileira de Física :Society for Experimental Mechanics :Society of Physicists of Macedonia :Working Group on Women in Physics :Timeline of atomic and subatomic physics :Chronology of the universe :Timeline of black hole physics :Timeline of computational physics :Timeline of classical mechanics :Timeline of cosmological theories :Timeline of developments in theoretical physics :Timeline of electromagnetic theory :Timeline of electromagnetism and classical optics :Timeline of fundamental physics discoveries :Timeline of gravitational physics and relativity :Timeline of heat engine technology :Timeline of the Manhattan Project :Timeline of carbon nanotubes :Timeline of particle discoveries :Timeline of particle physics :Timeline of particle physics technology :Timeline of physical chemistry :Timeline of quantum computing :Timeline of quantum mechanics :Timeline of states of matter and phase transitions :Timeline of theoretical physics :Timeline of thermodynamics :Timeline of nuclear fusion :Bibliography of popular physics concepts :De Motu Antiquorum :The Principles of Quantum Mechanics :There's Plenty of Room at the Bottom :About Time (book) :Alpha & Omega (book) :Astronomia nova :Atom: Journey Across the Subatomic Cosmos :Bad Science: The Short Life and Weird Times of Cold Fusion :BCS: 50 Years :The Beginning of Infinity :Berkeley Physics Course :Beyond Einstein (book) :The Black Hole War :Black Holes and Time Warps :Black-Body Theory and the Quantum Discontinuity, 1894-1912 :A Brief History of Time :A Briefer History of Time (Hawking and Mlodinow book) :Calculating Space :Categories: On the Beauty of Physics :Chaos: Making a New Science :The Character of Physical Law :Classical Mechanics (book) :Classical Mechanics (Kibble and Berkshire) :The Continuing Revolution :The Cosmic Landscape :Course of Theoretical Physics :CRC Handbook of Chemistry and Physics :Critical Mass (book) :Cycles of Time :De Magnete :De motu corporum in gyrum :Death by Black Hole :Dialogue Concerning the Two Chief World Systems :Einstein Wrote Back :Electrons and Holes in Semiconductors with Applications to Transistor Electronics :The Elegant Universe :Elementary Principles in Statistical Mechanics :An Elementary Treatise on Electricity :Elements of Dynamic :The Emperor's New Mind :The End of Time (book) :The Evolution of Physics :The Fabric of Reality :The Fabric of the Cosmos :Factory Physics :The Feynman Lectures on Physics :Feynman's Lost Lecture: The Motion of Planets Around the Sun :The First Three Minutes: A Modern View of the Origin of the Universe :The Fly in the Cathedral :The Flying Circus of Physics :From Eternity to Here :Fundamentals of Physics :God and the New Physics :The God Particle: If the Universe Is the Answer, What Is the Question? :The Grand Design (book) :Gravitation (book) :Harmonices Mundi :Harvard Project Physics :The Hidden Reality: Parallel Universes and the Deep Laws of the Cosmos :Horologium Oscillatorium :How to Build a Time Machine :Hydrodynamica :Hyperspace (book) :Imagining the Tenth Dimension :In Search of Schrödinger's Cat :Instant Physics :The Large Scale Structure of Space-Time :The Laws of Physics :Mad About Physics :Metamaterials Handbook :Modern Physics and Ancient Faith :On the Equilibrium of Heterogeneous Substances :Optical Waves in Layered Media :Opticks :Parallel Worlds: A Journey Through Creation, Higher Dimensions, and the Future of the Cosmos :Phase transitions and critical phenomena :Philosophiæ Naturalis Principia Mathematica :Photometria :The Physical Principles of the Quantum Theory :Physicist and Christian :The Physics of Basketball :The Physics of Blown Sand and Desert Dunes :The Physics of Star Trek :The Physics of Superheroes :Plastic Fantastic: How the Biggest Fraud in Physics Shook the Scientific World :Principles of Philosophy :The Principles of Quantum Mechanics :QED: The Strange Theory of Light and Matter :Quantum (book) :Quantum Aspects of Life :Quantum Philosophy :The Quantum Universe :The Radiation Belt and Magnetosphere :Radium, and other radioactive substances :Reflections on the Motive Power of Fire :Reinventing Gravity :The Road to Reality :Schrödinger's Kittens and the Search for Reality :Shadows of the Mind :Springer Series in Surface Sciences :Stochastic Resonance: From Suprathreshold Stochastic Resonance to Stochastic Signal Quantization :Structure and Interpretation of Classical Mechanics :The Tao of Physics :Theory of Colours :Three Roads to Quantum Gravity :Time Reborn :A Treatise on Electricity and Magnetism :Treatise on Natural Philosophy :The Trouble with Physics :Two New Sciences :Understanding Physics :A Universe from Nothing :The Universe in a Nutshell :University Physics :The Unreasonable Effectiveness of Mathematics in the Natural Sciences :Warped Passages :The World (Descartes) :Wrinkles in Time :List of physics journals :Acta Biochimica et Biophysica Sinica :Acta Physica Polonica :Advances in Chemical Physics :Advances in High Energy Physics :Advances in Physics :AIP Advances :AIP Conference Proceedings :American Journal of Physics :Anales de Física :Annalen der Physik :Annales de chimie et de physique :Annales Henri Poincaré :Annals of Physics :Applied Physics A :Applied Physics B :Applied Physics Express :Applied Physics Letters :Applied Physics Reviews :Applied Radiation and Isotopes :Archive for Rational Mechanics and Analysis :Archives of Biochemistry and Biophysics :Australian Journal of Physics :Biomedical Microdevices :Bulletin of 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Cemal Eringen :Eshelby's inclusion :Extended discrete element method :Extended finite element method :Ferrofluid :Finite element method :Dynamic Design Analysis Method :Finite strain theory :Flexural strength :Flow conditioning :Flow plasticity theory :Flow velocity :Fluid dynamics :Food rheology :Föppl–von Kármán equations :Force lines :Generalized Lagrangian mean :Gent (hyperelastic model) :Halpin–Tsai model :Hu Washizu principle :Hydrostatic stress :Hyperelastic material :Hypoelastic material :Impulse excitation technique :Izod impact strength test :JWL equation of state :Kirchhoff–Love plate theory :Lateral strain :Levy–Mises equations :Limit load (physics) :Gérard Maugin :Mesophase :Mie–Gruneisen equation of state :Mindlin–Reissner plate theory :Momentum :Mooney–Rivlin solid :Murnaghan equation of state :Neo-Hookean solid :Newtonian material :Non-Newtonian fluid :Normal strain :Objective stress rates :Ogden (hyperelastic model) :Orthotropic material :Peridynamics :Piola transformation :Plane strain compression test :Plate theory :Polynomial (hyperelastic model) :Poromechanics :Principle of material objectivity :Rankine–Hugoniot conditions :Representative elementary volume :Residual stress :Reversibly assembled cellular composite materials :Reynolds transport theorem :Rheometry :Rock mass plasticity :Seismic metamaterials :Shakedown (continuum mechanics) :Shear and moment diagram :Shear rate :Shear strain :Shear stress :Shear thinning :Shearing (physics) :Signorini problem :Size effect on structural strength :Soft tissue :Spectral element method :Stiffness :Strain energy density function :Strain rate tensor :Stress measures :Stress resultants :Stress space :Structural Fracture Mechanics :Theorem of corresponding states :Theorem of three moments :Theory of tides :Thermomagnetic convection :Thixotropy :Timoshenko beam theory :Torsion constant :Toughness :Vibrating plate :Vibration of plates :Virial stress :Viscoelasticity :Viscoplasticity :Wave action (continuum mechanics) :Yeoh (hyperelastic model) :Yield surface :Combinatorics and dynamical systems :Dynamical system :List of dynamical systems and differential equations topics :Trapping region :Viability theory :Floquet theory :Abelian sandpile model :Valentin Afraimovich :Amplitude death :Analytical mechanics :Andronov–Pontryagin criterion :Anosov diffeomorphism :Arithmetic dynamics :Arnold diffusion :Artin–Mazur zeta function :Autonomous system (mathematics) :Behavioral modeling :Bifurcation memory :Hybrid bond graph :Bony–Brezis theorem :Boolean delay equation :Bost–Connes system :Bouncing ball dynamics :Brjuno number :Brownian dynamics :Causal system :Cellular automaton :Center manifold :Closed geodesic :Cobweb plot :Community matrix :Compartmental modelling of dendrites :Composition operator :Conley–Zehnder theorem :Conserved quantity :Contact dynamics :Correlation dimension :Correlation sum :Crisis (dynamical systems) :D'Alembert's principle :De Bruijn graph :Denjoy's theorem on rotation number :Deterministic system :Differential inclusion :Differential variational inequality :Discrete time and continuous time :Dissipation :Dissipation factor :Distribution function :Dynamic aperture (accelerator physics) :Dynamical billiards :Dynamical system (definition) :Dynamical systems theory :Entrainment (physics) :Equichordal point problem :Equidistributed sequence :Equilibrium point :System equivalence :Euler's Disk :Excitable medium :Expansive :Exponential dichotomy :Exponential stability :Fatou conjecture :Feigenbaum constants :Feigenbaum function :Fermi–Pustyl'nikov model :Fermi–Ulam model :Flow (mathematics) :FNN algorithm :Fractal analysis :Fractal dimension :Fractional dynamics :Fractional-order system :Free motion equation :Fundamental ephemeris :Gauss–Kuzmin–Wirsing operator :Generalized coordinates :Geometric mechanics :Gradient-like dynamical systems :Graph dynamical system :Hamiltonian fluid mechanics :Hamiltonian mechanics :Heteroclinic cycle :Heteroclinic network :Heteroclinic orbit :Hilbert's sixteenth problem :Hitchin system :Homoclinic connection :Homoclinic orbit :Hybrid system :Hyperbolic set :Hysteresivity :System identification :Inertial manifold :Integrable system :Intermittency :Interplanetary Transport Network :Invariant manifold :Invariant measure :Irrational rotation :Isochron :Iterated filtering :Iterated function :Jet Propulsion Laboratory Development Ephemeris :Koenigs function :Krasovskii–LaSalle principle :Krylov–Bogoliubov averaging method :Lagrangian :Lagrangian system :Langevin dynamics :Lattès map :Lefschetz zeta function :Liénard equation :Limit cycle :Line field :Linear dynamical system :Linear flow on the torus :Linearization :Lorenz-95 :Time evolution :Lyapunov exponent :Lyapunov stability :Lyapunov theory :Lyapunov time :Lyapunov vector :Marginal stability :Markov partition :Measure-preserving dynamical system :Melnikov distance :Metastability :Method of averaging :Micromagnetics :Misiurewicz point :Monogenic system :Morse–Smale system :Multibody simulation :Multibody system :Nekhoroshev estimates :Non-autonomous system (mathematics) :Non-smooth mechanics :Nonlinear system :Nonlinear system identification :Normally hyperbolic invariant manifold :Numerical continuation :Numerical model of the Solar System :Orbit (dynamics) :Orbit modeling :Orbit portrait :Oscillating reciprocation :Outer billiard :Parametric oscillator :Parasitic oscillation :Parry–Daniels map :Parry–Sullivan invariant :Pentagram map :Perturbation (astronomy) :Phase portrait :Phase space method :Poincaré map :Poincaré plot :Poincaré–Birkhoff theorem :Pomeau–Manneville scenario :Positive-definite function :Predictive state representation :Prefix order :Presymplectic form :Prime geodesic :Projected dynamical system :Pseudo-Anosov map :Pugh's closing lemma :Quasi-invariant measure :Quasicircle :Quasiperiodic motion :Quasiperiodicity :Rational dependence :Rayleigh–Ritz method :Reciprocating oscillation :Recurrence period density entropy :Recurrence plot :Recurrence quantification analysis :Reversible dynamics :Rotary reciprocation :Rotation number :Rotational–vibrational coupling :Rulkov map :Self-oscillation :Separatrix (dynamical systems) :Sequential dynamical system :Shadowing lemma :Shift space :Slow manifold :Stable manifold :Stable manifold theorem :State space :Step response :Stretching field :Structural stability :Superintegrable Hamiltonian system :Suspension (dynamical systems) :Symbolic dynamics :Time-scale calculus :Transfer operator :Unbounded system :Universality (dynamical systems) :Ushiki's theorem :Vague torus :Variable structure system :Veech surface :Virtual displacement :Virtual work :Volume entropy :Wandering set :Kinematics :Acceleration :Block and tackle :Burmester's theory :Cell Transmission Model :Center-of-momentum frame :Centripetal force :Centrode :Chasles' theorem (kinematics) :Cylindrical joint :De Sitter invariant special relativity :Deployable structure :Dual quaternion :Formulas for constant acceleration :Four-bar linkage :Gear :Gear ratio :Geneva drive :Kenneth H. Hunt :Ideal machine :Instant centre of rotation :Instantaneous acceleration :Kinematic chain :Kinematic coupling :Kinematic diagram :Kinematic pair :Klann linkage :Leg mechanism :Mechanical advantage :Mechanical efficiency :Mechanical joint :Mechanism (engineering) :Overconstrained mechanism :Pitch axis (kinematics) :Prismatic joint :Rack and pinion :Rational motion :Revolute joint :Rotation :Screw axis :Screw joint :Screw theory :Six-bar linkage :Three-dimensional rotation operator :Torricelli's equation :Transmission (mechanics) :Transverse mass :Universal joint :Velocity :Velocity-addition formula :Virtual Reference Station :Virtual work :Carpenter's rule problem :Cauchy's theorem (geometry) :Flexible polyhedron :Laman graph :Pseudotriangle :Rigid graph :Rigidity matroid :Structural rigidity :Adjustable-speed drive :Anti-lock braking system :Automatic transmission :Bicycle chain :Bicycle drivetrain systems :Braking chopper :Centrifugal governor :Chain :Chain conveyor :Chain drive :DC injection braking :Drive shaft :Electronic brakeforce distribution :Electronic differential :Electronic stability control :Escapement :Governor (device) :High-tensile chain :Launch control (automotive) :O-ring chain :Otto engine :Power transmission :Roller chain :Self-lubricating chain :Semi-automatic transmission :Speed limiter :Sprocket :Steam turbine governing :Torque amplifier :Torque converter :Traction control system :Variable-frequency drive :Variator :Power transmission :Transmission (mechanics) :Adjustable-speed drive :Belt (mechanical) :Braking chopper :Canadian Bearings :Chain :Chain conveyor :Chain drive :Chebychev–Grübler–Kutzbach criterion :Conveyor pulley :DC injection braking :Drive shaft :Elbe & Sohn :Flat belt :Flat chain :Flexible shaft :Fluid coupling :Gearbox main drive retainer :High-tensile chain :Key (engineering) :Line shaft :Lineshaft roller conveyor :Nicopress Swaged Sleeve :O-ring chain :Polygroove belt :Power shuttle :Pulley :Roller chain :Round belt :Self-lubricating chain :Sheave :Spline (mechanical) :Sprocket :Talurit swaged sleeve :Timing belt (camshaft) :Torque amplifier :Torque converter :Variable-frequency drive :Variator :Vee belt :Wire rope :Dynamic Vibration Absorber :Vibration :Active vibration control :Ayodele Awojobi :Balancing of rotating masses :Balancing vibrations :Bushing (isolator) :Center of percussion :Centrifugal pendulum absorber :Conductor gallop :Coulomb damping :Damping :Damping torque :Effective mass (spring–mass system) :Extreme response spectrum :Fatigue damage spectrum :Frequency :Ground vibrations :Harmonic oscillator :Mechanical resonance :Moving load :Noise and vibration on maritime vessels :Noise, vibration, and harshness :Nonlinear resonance :Particle damping :Random vibration :Rotating unbalance :Self-oscillation :Shock response spectrum :Statistical energy analysis :Thermoelastic damping :Torsional vibration :Train noise :Unidirectional coupling :Vibrating alert :Vibrating string :Vibration fatigue :Vibration isolation :Vibration white finger :Vibrations of a circular membrane :Vibrator (mechanical) :Vibrator (sex toy) :Oscillation :Antiresonance :Barkhausen stability criterion :Beat (acoustics) :Chemical clock :Circadian clock :Climate oscillation :Hunting oscillation :Insulin oscillation :Kneser's theorem (differential equations) :Natural frequency :Polarization ripples :Pseudo-modal energies :Self-oscillation :Squegging :Stochastic resonance :Synchronization networks :Transient (oscillation) :Vibroscope :Fractional quantum mechanics :Fractional Schrödinger equation :Introduction to eigenstates :Introduction to quantum mechanics :List of mathematical topics in quantum theory :Mathematical formulation of quantum mechanics :Quantum calculus :Quantum mechanics :6-j symbol :9-j symbol :Above threshold ionization :Adiabatic invariant :Adiabatic quantum computation :Aharonov–Bohm effect :Aharonov–Casher effect :Angular momentum diagrams (quantum mechanics) :Angular momentum operator :Antisymmetrizer :Arthur Komar :Atom laser :Atomic electron transition :Auxiliary field Monte Carlo :Avoided crossing :Ballistic conduction in single-walled carbon nanotubes :Bargmann's limit :Bargmann–Wigner equations :Bell's theorem :Berry connection and curvature :Bethe–Salpeter equation :Bit-string physics :BKS theory :Bloch spectrum :Bloch sphere :Bogoliubov inner product :Bose gas :Bound state :Bra–ket notation :Breit equation :Bures metric :C parity :C-number :Calogero conjecture :Canonical commutation relation :Canonical quantization :Categorical quantum mechanics :Quantum chaos :Charmed baryons :Chladni's law :Classical and quantum conductivity :Classical limit :Clebsch–Gordan coefficients :Cluster-expansion approach :Coherence (physics) :Coherent states :Coincidence counting (physics) :Collision problem :Combinatorial hierarchy :Combinatorics and physics :Complementarity (physics) :Complete set of commuting observables :Conjugate variables :Constraint algebra :Continuous-time quantum walk :Correspondence principle :Correspondence rules :Coupling constant :Creation and annihilation operators :DACAPO :Davydov soliton :Degenerate energy levels :Density matrix :Dephasing rate SP formula :Derivations of the Lorentz transformations :Diabatic :Dirac equation in the algebra of physical space :Dirac operator :Dirac spectrum :Dirac spinor :Dirac–von Neumann axioms :Dissipation model for extended environment :Double ionization :Double-slit experiment :Drell–Yan process :Duru–Kleinert transformation :Dynamical mean field theory :Dynamical pictures (quantum mechanics) :Dynamical reduction :Efimov effect :Efimov state :Ehrenfest theorem :Ehrenfest–Tolman effect :Eigenspinor :Eigenstate thermalization hypothesis :Einselection :Einstein–Brillouin–Keller method :Electric dipole transition :Electromagnetically induced grating :Electromagnetically induced transparency :Electron diffraction :Electron nuclear double resonance :Electron shell :Elementary particle :Elliott formula :Energy level splitting :Energy operator :Ensemble interpretation :Entanglement distillation :EP quantum mechanics :Ermakov–Lewis invariant :Evanescent wave :Symmetry in quantum mechanics :Excited state :Expectation value (quantum mechanics) :Faddeev equations :Fano resonance :Fermi heap and Fermi hole :Few-body systems :Field electron emission :Finite potential well :First quantization :Fixed orbit :Flux quantization :Fock space :Fock state :Förster coupling :Free carrier absorption :Free particle :Froissart Stora equation :Fubini–Study metric :Functional integration :Gamow–Teller transition :Gausson (physics) :Geometric phase :Ghost imaging :Glossary of elementary quantum mechanics :Good quantum number :Ground state :Gyrovector space :Hamilton–Jacobi–Einstein equation :Hamiltonian (quantum mechanics) :Hartman effect :Heisenberg picture :Heisenberg's entryway to matrix mechanics :Hellmann–Feynman theorem :Hilbert space :History of spectroscopy :Holomovement :Holstein–Primakoff transformation :Hooke's atom :Hopfield dielectric :Hydrodynamic quantum analogs :Hydrogen-like atom :Imaginary time :Implicate and explicate order :Instrumentalist interpretation :Interaction picture :Interatomic Coulombic decay :Interpretations of quantum mechanics :Intersubband polariton :Intersystem crossing :Intrinsic parity :Invariant set postulate :Ionized impurity scattering :Kapitsa–Dirac effect :Kato theorem :Kicked rotator :Kochen–Specker theorem :Kubo formula :Ladder operator :Landau quantization :Landau–Zener formula :Landauer formula :Langmuir states :Lattice scattering :Leggett inequality :Leslie Lawrance Foldy :Lev Pitaevskii :Level repulsion :Light dressed state :Lindblad equation :Lindblad superoperator :Linear entropy :List of quantum-mechanical systems with analytical solutions :Logarithmic Schrödinger equation :London moment :Macroscopic quantum phenomena :Macroscopic quantum self-trapping :Macroscopic quantum state :Madelung equations :Magnetic translation :Many-body problem :Many-body theory :Myron Mathisson :Matrix mechanics :Maxwell-Bloch equations :Measurement in quantum mechanics :Mesoscopic physics :Minority interpretations of quantum mechanics :Momentum operator :Position and momentum space :Monte Carlo methods for electron transport :Moyal bracket :Multiplet :Multiverse :N-slit interferometric equation :Nakajima-Zwanzig equation :Negative probability :Non-linear coherent states :NOON state :Normal mode :NPDGamma :Nuclear structure :Observable :Observer (quantum physics) :Old quantum theory :Open quantum system :Orbital magnetization :Oscillator representation :P-adic quantum mechanics :Parity (physics) :The Part and The Whole :Partial wave analysis :Particle number operator :Path integral formulation :Pauli equation :Perturbation theory (quantum mechanics) :Phase factor :Phase space formulation :Photon polarization :The Physical Principles of the Quantum Theory :Physical Review A :Poole–Frenkel effect :Pöschl–Teller potential :Position operator :Potential energy surface :Potential well :Preparation (physics) :Principle of locality :The Principles of Quantum Mechanics :Probability amplitude :Probability current :Product numerical range :Product state :Propagator :Pulsed EPR :Purity (quantum mechanics) :Quantization (physics) :Quantum :Quantum 1/f noise :Quantum Aspects of Life :Quantum biology :Quantum Byzantine agreement :Quantum capacitance :Quantum carpet :Quantum clock :Quantum cloning :Quantum contextuality :Quantum coupling :Quantum critical point :Quantum cylindrical quadrupole :Quantum dissipation :Quantum dynamics :Quantum entanglement :Quantum ergodicity :Quantum fiction :Quantum field theory :Quantum fluctuation :Quantum game theory :Quantum geometry :Quantum graph :Quantum gyroscope :Quantum history :Quantum hydrodynamics :Quantum imaging :Quantum indeterminacy :Quantum instrument :Quantum jump method :Quantum level :Quantum limit :Quantum lithography :Quantum logic :Quantum machine :List of quantum-mechanical potentials :Quantum mechanics of time travel :Quantum metamaterials :Quantum metrology :Quantum money :Quantum noise :Quantum non-equilibrium :Quantum number :Quantum operation :Quantum pendulum :Quantum phases :Quantum point contact :Quantum potential :Quantum probability :Quantum process :Quantum pseudo-telepathy :Quantum realm :Quantum reference frame :Quantum reflection :Quantum revival :Quantum sensor :Quantum simulator :Quantum state :Quantum statistical mechanics :Quantum stirring, ratchets, and pumping :Quantum stochastic calculus :Quantum superposition :Quantum t-design :Quantum technology :Quantum tic-tac-toe :Quantum tomography :Quantum topology :Quantum tunnelling :Quantum vacuum plasma thruster :Quantum vortex :Quantum well :Quantum-confined Stark effect :Quasi-set theory :Rectangular potential barrier :Relation between Schrödinger's equation and the path integral formulation of quantum mechanics :Relational approach to quantum physics :Relativistic dynamics :Relativistic electron beam :Relativistic particle :Relativistic quantum mechanics :Relativistic wave equations :Representation theory of the Galilean group :Representation theory of the Lorentz group :Resonances in scattering from potentials :Retrocausality :Rotation operator (quantum mechanics) :Sakurai's Bell inequality :Scale relativity :Scar (physics) :Scattering length :Scattering theory :Schrieffer-Wolff transformation :Schrödinger group :Schrödinger picture :Scissors Modes :Second sound :Selection rule :Semicircular potential well :Semiclassical physics :Semiconductor Bloch equations :Semilinear response :Separable state :SIC-POVM :Siegfried Adolf Wouthuysen :Singlet fission :Singlet state :Slater determinant :Sommerfeld–Kossel displacement law :Spherical basis :Spherium :Spin echo :Spin model :Spin stiffness :Spin tensor :Spin-½ :Spin-exchange interaction :Spin–statistics theorem :Spinor :Stationary state :Solution of Schrödinger equation for a step potential :Stereoelectronics :Stimulated raman adiabatic passage :Stokes operators :Strong Subadditivity of Quantum Entropy :Strongly correlated material :Subatomic particle :Sum rule in quantum mechanics :Superdeterminism :Superradiant phase transition :Superselection :Supersymmetric quantum mechanics :Susskind-Glogower operator :T-J model :T-symmetry :Tensor operator :Theoretical and experimental justification for the Schrödinger equation :Thermal conductance quantum :Time-evolving block decimation :Timeline of quantum mechanics :Topological quantum number :Trace distance :Transition of state :Translation operator (quantum mechanics) :Transmission coefficient :Triplet state :Quantum triviality :Trojan wave packet :Tsirelson's bound :Tunnel injection :Two-state vector formalism :U-bit :Ultracold atom :Uncertainty principle :Unitarity (physics) :Universal conductance fluctuations :Universality and quantum systems :Valleytronics :Wannier equation :Wave function :Wave packet :Weak measurement :Wehrl entropy :Werner state :Weyl equation :Wigner 3-j symbols :Wigner quasiprobability distribution :Wigner's theorem :Wigner–Eckart theorem :Wigner–Weyl transform :Discontinuity (geotechnical engineering) :International Society for Rock Mechanics :Rock mass plasticity :Seismology :Arias Intensity :Beijing Anomaly :Bright spot :Bulletin of the Seismological Society of America :Caltech Seismological Laboratory :Characteristic earthquake :Dim spot :Dispersive body waves :Earthquake :Earthquake engineering :Earthquake hazard zoning of India :First break picking :Focal mechanism :Forensic seismology :Foreshock :Gardner's relation :Geophysical Service of the Russian Academy of Sciences :Glacial earthquake :Isoseismal map :List of fault zones :List of free geophysics software :List of freeware geophysics software :Long period ground motion :Lunar seismology :Microearthquake :Microseism :Microtremor :Normal moveout :Plate tectonics :Polarity reversal (seismology) :Quake (natural phenomenon) :Return period :Seismic attribute :Seismic communication :Seismic inversion :Seismic metamaterials :Seismic noise :Seismic response of landfill :Seismic scale :Seismic to simulation :Seismic trace :Seismic Unix :Seismite :Seismo-electromagnetics :Seismotectonics :Semblance analysis :Shale Gouge Ratio :Shear wave splitting :SKS wave :Slowness (seismology) :Society of Exploration Geophysicists :Spectral acceleration :Supershear earthquake :Synthetic seismogram :Tectonic weapon :Well to Hell hoax :Soil mechanics :Angle of repose :Argillipedoturbation :Asperity (geotechnical engineering) :Bearing capacity :Bound water :Capacitance probe :Characterisation of pore space in soil :Cohesion (geology) :Consolidation (soil) :Critical state soil mechanics :Darcy (unit) :Darcy's law :Drucker–Prager yield criterion :Dry quicksand :Effective stress :Expansive clay :Flownet :Fractal in soil mechanics :Frequency domain sensor :Groundwater-related subsidence :Hydraulic conductivity :International Society for Soil Mechanics and Geotechnical Engineering :Japanese Geotechnical Society :Lahar :Lateral earth pressure :Newmark's sliding block :Overburden pressure :Permeability (earth sciences) :Pore water pressure :Porosity :Quick clay :Quicksand :Resonant column test :Reynolds' dilatancy :Routing (hydrology) :Sarma method :Shear strength (soil) :Shear strength test :Slope stability :Soil liquefaction :Soil nailing :Specific storage :Specific weight :Subsidence :Terzaghi's principle :Thixotropy :Vibro stone column :Void ratio :Water content :Well engineering :Contact mechanics :Frictional contact mechanics :Adiabatic shear band :Aeroelasticity :Antiplane shear :Archer's paradox :Arruda–Boyce model :Beam (structure) :Bounded deformation :Bresler Pister yield criterion :Cauchy stress tensor :Chord modulus :Christensen failure criterion :Contraflexure :Covariant derivative :Deformation (engineering) :Deformation (mechanics) :Drucker–Prager yield criterion :Dynamic modulus :Elastic compliance tensor :Euler–Bernoulli beam theory :Material failure theory :Fatigue (material) :Finite strain theory :First moment of area :Flexural rigidity :Flow plasticity theory :Force lines :Fracture :Fracture in polymers :Gent (hyperelastic model) :Hankinson's equation :Hertzian contact stress :Hill yield criterion :Hoek–Brown failure criterion :Hooke's law :Hosford yield criterion :Hyperelastic material :Ideal moment :Infinitesimal strain theory :J integral :Johnson–Holmquist damage model :Kirsch equations :Korn's inequality :Lame's stress ellipsoid :Lankford coefficient :Levy–Mises equations :Linear elasticity :Membrane analogy :Micro-mechanics of failure :Mie–Gruneisen equation of state :Minimum total potential energy principle :Mohr–Coulomb theory :Mohr's circle :Melvin Mooney :Mooney–Rivlin solid :Movable cellular automaton :Neo-Hookean solid :Neutral axis :Ogden (hyperelastic model) :Plasticity (physics) :Plate (structure) :Platonic crystal :Poisson's ratio :Polynomial (hyperelastic model) :Principle of normality :Pure bending :Quasistatic loading :R-value (plasticity) :Radial stress :Radius of gyration :Rigid line inclusion :Ronald Rivlin :Rose–Vinet equation of state :Shear flow :Shell (structure) :Solid mechanics :Specific strength :Spring system :Strain energy density function :Strain energy release rate :Strain hardening exponent :Strength of materials :Stress (mechanics) :Stress functions :Stress measures :Stress resultants :Structural integrity and failure :Structural Fracture Mechanics :Structural mechanics :Tear resistance :Tearing :Tension (physics) :Tensor derivative (continuum mechanics) :Thin walled beams :Thomsen parameters :Tsai–Wu failure criterion :Vibration fatigue :Virial theorem :Voigt notation :Willam-Warnke yield criterion :Yeoh (hyperelastic model) :Yield (engineering) :Yield strength anomaly :Yield surface :Statistical mechanics :1/N expansion :Ahlswede–Daykin inequality :AKLT Model :ANNNI model :Arrhenius equation :Asymmetric simple exclusion process :Atomic theory :BBGKY hierarchy :Bennett acceptance ratio :Bhatnagar–Gross–Krook operator :Binder parameter :Biology Monte Carlo method :Blind signal separation :Bogoliubov inner product :Bohr–van Leeuwen theorem :Boltzmann constant :Boltzmann distribution :Boltzmann equation :Boltzmann Medal :Bose–Einstein statistics :Brownian dynamics :Brownian motion :Bunching parameter :Cellular Potts model :Chapman–Enskog theory :Characteristic state function :Chiral Potts model :Cluster expansion :Compressibility equation :Configuration entropy :Corner transfer matrix :Correlation function (statistical mechanics) :Correlation inequality :Coulomb gap :Coupling constant :Critical dimension :Cutoff (physics) :Density matrix :Density matrix renormalization group :Density of states :Detailed balance :Direct simulation Monte Carlo :Disorder operator :Distribution function :Dmrg of Heisenberg model :Domino tiling :Downhill folding :Dulong–Petit law :Econophysics :Effective field theory :Eigenstate thermalization hypothesis :Eight-vertex model :Einstein relation (kinetic theory) :Ensemble average :Entanglement distillation :Entropy of mixing :Ergodic hypothesis :Fermi–Dirac statistics :Fick's laws of diffusion :Field-theoretic simulation :File dynamics :FKG inequality :Flory–Huggins solution theory :Fluctuation-dissipation theorem :Free energy perturbation :Functional renormalization group :Fundamental thermodynamic relation :Gas in a box :Gas in a harmonic trap :Gaussian fixed point :Gaussian free field :Gibbs algorithm :Gibbs measure :Gibbs paradox :Gibbs state :Ginzburg criterion :Granularity :Green's function (many-body theory) :Melville S. Green :Green–Kubo relations :Griffiths inequality :H-stable potential :Hagedorn temperature :Hard hexagon model :Hard spheres :Helix–coil transition model :Henry adsorption constant :Heterogeneous random walk in one dimension :Higher spin alternating sign matrix :Hypernetted-chain equation :Ice-type model :Infrared fixed point :Internal energy :Ising model :Jarzynski equality :Jeans equations :Jordan–Wigner transformation :Kardar–Parisi–Zhang equation :Kinetic exchange models of markets :Kinetic Monte Carlo :Kinetic scheme :KMS state :Kosterlitz–Thouless transition :Kramers–Wannier duality :KT (energy) :Landau theory :Langevin dynamics :Langevin equation :Laplace principle (large deviations theory) :Lattice density functional theory :Arcsine laws (Wiener process) :Lieb–Liniger model :Lifson–Roig model :List of statistical mechanics articles :Local density of states :Local time (mathematics) :Loop integral :Luttinger liquid :Magnetic refrigeration :Majumdar–Ghosh Model :Master equation :Maximum entropy thermodynamics :Maximum term method :Maxwell construction :Mean field theory :Mean free path :Mean free time :Mean sojourn time :Mean squared displacement :Metastate :Microscopic reversibility :Microstate (statistical mechanics) :Microstate continuum :Mixing (physics) :Molecular chaos :Monte Carlo method :Morris method :Nagel–Schreckenberg model :Nakajima-Zwanzig equation :Nernst–Planck equation :Nonequilibrium partition identity :Numerical sign problem :Order and disorder (physics) :Order operator :Ornstein–Zernike equation :Pair distribution function :Particle statistics :Path integral formulation :Percus–Yevick approximation :Photon gas :Planck's law :Poincaré recurrence theorem :Polymer physics :Population inversion :Potts model :Predictability :Q-exponential distribution :Q-Gaussian distribution :Quantum concentration :Quantum dimer models :Quantum dissipation :Quantum finance :Quantum phase transition :Quantum statistical mechanics :Quasistatic process :Radial distribution function :Random energy model :Reduced dimensions form :Relation between Schrödinger's equation and the path integral formulation of quantum mechanics :Renormalization group :Replica trick :RT (energy) :Rushbrooke inequality :Sakuma–Hattori equation :Scheutjens–Fleer theory :Self-averaging :Semilinear response :Smoluchowski coagulation equation :Sommerfeld expansion :Spin model :Spin stiffness :Square-lattice Ising model :Statistical energy analysis :Statistical fluctuations :Statistical physics :Statistical weight :Stochastic resonance :Stokesian dynamics :Superparamagnetism :Superstatistics :Swendsen–Wang algorithm :T-symmetry :List of textbooks in statistical mechanics :Thermal capillary wave :Thermal de Broglie wavelength :Thermal fluctuations :Thermal quantum field theory :Thermal velocity :Thermodynamic beta :Thermodynamic limit :Topological entropy in physics :Topological order :Transfer-matrix method :Tsallis distribution :Tsallis statistics :Two-dimensional gas :Two-state trajectory :Ursell function :Ultraviolet fixed point :Vertex model :Virial coefficient :Virial expansion :Vlasov equation :Wick rotation :Widom insertion method :Widom scaling :Wien approximation :Wien's displacement law :Wiener sausage :Witten index :Wolff algorithm :Yang–Baxter equation :Z N model :Zero sound :Ziff–Gulari–Barshad model :Zimm–Bragg model :Zwanzig projection operator :List of mathematical topics in relativity :Theory of relativity :Absolute time and space :Bell's spaceship paradox :Black hole :Bunch–Davies vacuum :Cauchy horizon :Causal structure :Causality conditions :Center of mass (relativistic) :Classical limit :Cooperstock's energy-localization hypothesis :Coordinate time :Correspondence principle :Cosmic catastrophe :Criticism of the theory of relativity :Effects of relativity on GPS :Ehrenfest paradox :Einstein group :Einstein synchronisation :Electromagnetic four-potential :Electromagnetic tensor :Embedded lens :Event (relativity) :Faster-than-light :Feinberg reinterpretation principle :Four-acceleration :Four-current :Four-force :Four-gradient :Four-momentum :Four-tensor :Four-vector :Four-velocity :Frame of reference :Gauged supergravity :Gravitational time dilation :Hyperbolic motion (relativity) :Inertial frame of reference :Invariant mass :Invariant speed :Jackiw–Teitelboim gravity :Kaluza–Klein black hole :Light cone :Light cone coordinates :Liouville gravity :List of black holes :Lorentz scalar :Newman–Penrose formalism :Nonsingular black hole models :Optical metric :Poincaré group :Presentism (philosophy of time) :Principle of relativity :Proper length :Proper time :Relativistic dynamics :Relativistic mechanics :Relativistic plasma :Relativistic star :Relativistic system (mathematics) :Relativity priority dispute :Rindler coordinates :Sagnac effect :Scale relativity :Spacetime :Supplee's paradox :Tetrad formalism :Unruh effect :Very special relativity :World line :World tube :Chaos theory :Bifurcation diagram :Bus bunching :Butterfly effect :Catastrophe theory :Chaos communications :Chaos game :Chaos theory in organizational development :Chaotic bubble :Chaotic hysteresis :Chaotic mixing :Chaotic scattering :The Chemical Basis of Morphogenesis :Chirikov criterion :Complexor :Control of chaos :Correlation dimension :Correlation integral :Correlation sum :Edge of chaos :Emergence :Feigenbaum constants :Feigenbaum function :For Want of a Nail :Fractal analysis :Fractal dimension :International Journal of Bifurcation and Chaos :Lagrangian coherent structures :Laminar-turbulent transition :Multiscroll attractor :Nonlinear Dynamics (journal) :Oscillon :Poincaré plot :Pomeau–Manneville scenario :Quantum chaos :Quantum ergodicity :Recurrence plot :Recurrence quantification analysis :Relativistic chaos :Self-organized criticality :Self-organized criticality control :Stability of the Solar System :Synchronization of chaos :Celso Grebogi :Edward Ott :Miguel Angel Fernández Sanjuán :Transfer operator :Turbulence :Uncertainty exponent :Fractional quantum mechanics :Fractional Schrödinger equation :Introduction to eigenstates :Introduction to quantum mechanics :List of mathematical topics in quantum theory :Mathematical formulation of quantum mechanics :Quantum calculus :Quantum mechanics :6-j symbol :9-j symbol :Above threshold ionization :Adiabatic invariant :Adiabatic quantum computation :Aharonov–Bohm effect :Aharonov–Casher effect :Angular momentum diagrams (quantum mechanics) :Angular momentum operator :Antisymmetrizer :Arthur Komar :Atom laser :Atomic electron transition :Auxiliary field Monte Carlo :Avoided crossing :Ballistic conduction in single-walled carbon nanotubes :Bargmann's limit :Bargmann–Wigner equations :Bell's theorem :Berry connection and curvature :Bethe–Salpeter equation :Bit-string physics :BKS theory :Bloch spectrum :Bloch sphere :Bogoliubov inner product :Bose gas :Bound state :Bra–ket notation :Breit equation :Bures metric :C parity :C-number :Calogero conjecture :Canonical commutation relation :Canonical quantization :Categorical quantum mechanics :Quantum chaos :Charmed baryons :Chladni's law :Classical and quantum conductivity :Classical limit :Clebsch–Gordan coefficients :Cluster-expansion approach :Coherence (physics) :Coherent states :Coincidence counting (physics) :Collision problem :Combinatorial hierarchy :Combinatorics and physics :Complementarity (physics) :Complete set of commuting observables :Conjugate variables :Constraint algebra :Continuous-time quantum walk :Correspondence principle :Correspondence rules :Coupling constant :Creation and annihilation operators :DACAPO :Davydov soliton :Degenerate energy levels :Density matrix :Dephasing rate SP formula :Derivations of the Lorentz transformations :Diabatic :Dirac equation in the algebra of physical space :Dirac operator :Dirac spectrum :Dirac spinor :Dirac–von Neumann axioms :Dissipation model for extended environment :Double ionization :Double-slit experiment :Drell–Yan process :Duru–Kleinert transformation :Dynamical mean field theory :Dynamical pictures (quantum mechanics) :Dynamical reduction :Efimov effect :Efimov state :Ehrenfest theorem :Ehrenfest–Tolman effect :Eigenspinor :Eigenstate thermalization hypothesis :Einselection :Einstein–Brillouin–Keller method :Electric dipole transition :Electromagnetically induced grating :Electromagnetically induced transparency :Electron diffraction :Electron nuclear double resonance :Electron shell :Elementary particle :Elliott formula :Energy level splitting :Energy operator :Ensemble interpretation :Entanglement distillation :EP quantum mechanics :Ermakov–Lewis invariant :Evanescent wave :Symmetry in quantum mechanics :Excited state :Expectation value (quantum mechanics) :Faddeev equations :Fano resonance :Fermi heap and Fermi hole :Few-body systems :Field electron emission :Finite potential well :First quantization :Fixed orbit :Flux quantization :Fock space :Fock state :Förster coupling :Free carrier absorption :Free particle :Froissart Stora equation :Fubini–Study metric :Functional integration :Gamow–Teller transition :Gausson (physics) :Geometric phase :Ghost imaging :Glossary of elementary quantum mechanics :Good quantum number :Ground state :Gyrovector space :Hamilton–Jacobi–Einstein equation :Hamiltonian (quantum mechanics) :Hartman effect :Heisenberg picture :Heisenberg's entryway to matrix mechanics :Hellmann–Feynman theorem :Hilbert space :History of spectroscopy :Holomovement :Holstein–Primakoff transformation :Hooke's atom :Hopfield dielectric :Hydrodynamic quantum analogs :Hydrogen-like atom :Imaginary time :Implicate and explicate order :Instrumentalist interpretation :Interaction picture :Interatomic Coulombic decay :Interpretations of quantum mechanics :Intersubband polariton :Intersystem crossing :Intrinsic parity :Invariant set postulate :Ionized impurity scattering :Kapitsa–Dirac effect :Kato theorem :Kicked rotator :Kochen–Specker theorem :Kubo formula :Ladder operator :Landau quantization :Landau–Zener formula :Landauer formula :Langmuir states :Lattice scattering :Leggett inequality :Leslie Lawrance Foldy :Lev Pitaevskii :Level repulsion :Light dressed state :Lindblad equation :Lindblad superoperator :Linear entropy :List of quantum-mechanical systems with analytical solutions :Logarithmic Schrödinger equation :London moment :Macroscopic quantum phenomena :Macroscopic quantum self-trapping :Macroscopic quantum state :Madelung equations :Magnetic translation :Many-body problem :Many-body theory :Myron Mathisson :Matrix mechanics :Maxwell-Bloch equations :Measurement in quantum mechanics :Mesoscopic physics :Minority interpretations of quantum mechanics :Momentum operator :Position and momentum space :Monte Carlo methods for electron transport :Moyal bracket :Multiplet :Multiverse :N-slit interferometric equation :Nakajima-Zwanzig equation :Negative probability :Non-linear coherent states :NOON state :Normal mode :NPDGamma :Nuclear structure :Observable :Observer (quantum physics) :Old quantum theory :Open quantum system :Orbital magnetization :Oscillator representation :P-adic quantum mechanics :Parity (physics) :The Part and The Whole :Partial wave analysis :Particle number operator :Path integral formulation :Pauli equation :Perturbation theory (quantum mechanics) :Phase factor :Phase space formulation :Photon polarization :The Physical Principles of the Quantum Theory :Physical Review A :Poole–Frenkel effect :Pöschl–Teller potential :Position operator :Potential energy surface :Potential well :Preparation (physics) :Principle of locality :The Principles of Quantum Mechanics :Probability amplitude :Probability current :Product numerical range :Product state :Propagator :Pulsed EPR :Purity (quantum mechanics) :Quantization (physics) :Quantum :Quantum 1/f noise :Quantum Aspects of Life :Quantum biology :Quantum Byzantine agreement :Quantum capacitance :Quantum carpet :Quantum clock :Quantum cloning :Quantum contextuality :Quantum coupling :Quantum critical point :Quantum cylindrical quadrupole :Quantum dissipation :Quantum dynamics :Quantum entanglement :Quantum ergodicity :Quantum fiction :Quantum field theory :Quantum fluctuation :Quantum game theory :Quantum geometry :Quantum graph :Quantum gyroscope :Quantum history :Quantum hydrodynamics :Quantum imaging :Quantum indeterminacy :Quantum instrument :Quantum jump method :Quantum level :Quantum limit :Quantum lithography :Quantum logic :Quantum machine :List of quantum-mechanical potentials :Quantum mechanics of time travel :Quantum metamaterials :Quantum metrology :Quantum money :Quantum noise :Quantum non-equilibrium :Quantum number :Quantum operation :Quantum pendulum :Quantum phases :Quantum point contact :Quantum potential :Quantum probability :Quantum process :Quantum pseudo-telepathy :Quantum realm :Quantum reference frame :Quantum reflection :Quantum revival :Quantum sensor :Quantum simulator :Quantum state :Quantum statistical mechanics :Quantum stirring, ratchets, and pumping :Quantum stochastic calculus :Quantum superposition :Quantum t-design :Quantum technology :Quantum tic-tac-toe :Quantum tomography :Quantum topology :Quantum tunnelling :Quantum vacuum plasma thruster :Quantum vortex :Quantum well :Quantum-confined Stark effect :Quasi-set theory :Rectangular potential barrier :Relation between Schrödinger's equation and the path integral formulation of quantum mechanics :Relational approach to quantum physics :Relativistic dynamics :Relativistic electron beam :Relativistic particle :Relativistic quantum mechanics :Relativistic wave equations :Representation theory of the Galilean group :Representation theory of the Lorentz group :Resonances in scattering from potentials :Retrocausality :Rotation operator (quantum mechanics) :Sakurai's Bell inequality :Scale relativity :Scar (physics) :Scattering length :Scattering theory :Schrieffer-Wolff transformation :Schrödinger group :Schrödinger picture :Scissors Modes :Second sound :Selection rule :Semicircular potential well :Semiclassical physics :Semiconductor Bloch equations :Semilinear response :Separable state :SIC-POVM :Siegfried Adolf Wouthuysen :Singlet fission :Singlet state :Slater determinant :Sommerfeld–Kossel displacement law :Spherical basis :Spherium :Spin echo :Spin model :Spin stiffness :Spin tensor :Spin-½ :Spin-exchange interaction :Spin–statistics theorem :Spinor :Stationary state :Solution of Schrödinger equation for a step potential :Stereoelectronics :Stimulated raman adiabatic passage :Stokes operators :Strong Subadditivity of Quantum Entropy :Strongly correlated material :Subatomic particle :Sum rule in quantum mechanics :Superdeterminism :Superradiant phase transition :Superselection :Supersymmetric quantum mechanics :Susskind-Glogower operator :T-J model :T-symmetry :Tensor operator :Theoretical and experimental justification for the Schrödinger equation :Thermal conductance quantum :Time-evolving block decimation :Timeline of quantum mechanics :Topological quantum number :Trace distance :Transition of state :Translation operator (quantum mechanics) :Transmission coefficient :Triplet state :Quantum triviality :Trojan wave packet :Tsirelson's bound :Tunnel injection :Two-state vector formalism :U-bit :Ultracold atom :Uncertainty principle :Unitarity (physics) :Universal conductance fluctuations :Universality and quantum systems :Valleytronics :Wannier equation :Wave function :Wave packet :Weak measurement :Wehrl entropy :Werner state :Weyl equation :Wigner 3-j symbols :Wigner quasiprobability distribution :Wigner's theorem :Wigner–Eckart theorem :Wigner–Weyl transform :List of mathematical topics in relativity :Theory of relativity :Absolute time and space :Bell's spaceship paradox :Black hole :Bunch–Davies vacuum :Cauchy horizon :Causal structure :Causality conditions :Center of mass (relativistic) :Classical limit :Cooperstock's energy-localization hypothesis :Coordinate time :Correspondence principle :Cosmic catastrophe :Criticism of the theory of relativity :Effects of relativity on GPS :Ehrenfest paradox :Einstein group :Einstein synchronisation :Electromagnetic four-potential :Electromagnetic tensor :Embedded lens :Event (relativity) :Faster-than-light :Feinberg reinterpretation principle :Four-acceleration :Four-current :Four-force :Four-gradient :Four-momentum :Four-tensor :Four-vector :Four-velocity :Frame of reference :Gauged supergravity :Gravitational time dilation :Hyperbolic motion (relativity) :Inertial frame of reference :Invariant mass :Invariant speed :Jackiw–Teitelboim gravity :Kaluza–Klein black hole :Light cone :Light cone coordinates :Liouville gravity :List of black holes :Lorentz scalar :Newman–Penrose formalism :Nonsingular black hole models :Optical metric :Poincaré group :Presentism (philosophy of time) :Principle of relativity :Proper length :Proper time :Relativistic dynamics :Relativistic mechanics :Relativistic plasma :Relativistic star :Relativistic system (mathematics) :Relativity priority dispute :Rindler coordinates :Sagnac effect :Scale relativity :Spacetime :Supplee's paradox :Tetrad formalism :Unruh effect :Very special relativity :World line :World tube :Motion (physics) :Acceleration :Action (philosophy) :Circular motion :Critical mass (sociodynamics) :Curvilinear motion :Displacement (vector) :Idle :Kinetic art :Land speed :Lumino kinetic art :Mobile (sculpture) :Motion estimation :Motiongram :Nouvelle tendance :Principles of Motion Sensing :Rolling cone motion :Velocity :Action (philosophy) :Action theory (philosophy) :Addhuri :Agency (philosophy) :Chain of events :Effortfulness :Free will :Implementation intention :Inversive :Revenge :Dynamics (mechanics) :Acceleration :Action (physics) :Analytical dynamics :Bicycle and motorcycle dynamics :Dynamics of Markovian particles :Fermi acceleration :Fundamental equation of constrained motion :Kinetic energy :Net force :Ocean dynamics :Order tracking (signal processing) :Potentiometric surface :Precession :Relativistic angular momentum :Resultant force :Rotatum :Rotordynamics :Siacci's theorem :Structural dynamics :Two-mass-skate bicycle :Vehicle dynamics :Vibronic coupling :Virial theorem :Wilberforce pendulum :Yaw (rotation) :Yaw axis :Flight :Levitation :Acoustic levitation :Aerodynamic levitation :Casimir effect :Earnshaw's theorem :Electrogravitics :Electrostatic levitation :Flux pumping :Viktor Grebennikov :Ionocraft :Optical levitation :Superdiamagnetism :Chebyshev linkage :Hart's inversor :Linear motion :Linear motor :Linear-motion bearing :Motion lines :Peaucellier–Lipkin linkage :Sarrus linkage :Straight line mechanism :Watt's linkage :Animal locomotion :Animal locomotion on the water surface :Arthropod leg :Climbing :Comparative foot morphology :Denny's paradox :Fish locomotion :Footspeed :Human leg :Lead (leg) :Leg :Limitations of animal running speed :List of jumping activities :Marche a petit pas :Metachronal rhythm :Movement of Animals :Parkinsonian gait :Rock climbing :Spinal locomotion :Role of skin in locomotion :Rotating locomotion in living systems :Sessility (zoology) :Substrate (locomotion) :Tradeoffs for locomotion in air and water :Undulatory locomotion :Vertical clinging and leaping :Mechanics :Acoustic lubrication :Applied mechanics :List of area moments of inertia :Atwood machine :Banked turn :Belt friction :Body moment :Buckling :Byerlee's law :Cam and groove :Carroll's paradox :Causal contact :Centrifugal force :Centrifugal force (rotating reference frame) :Centripetal force :List of centroids :Chain drive :Chaplygin sleigh :Christensen failure criterion :Circle-throw vibrating machine :Coefficient of restitution :Collision :Collision course :Collision response :Computational aeroacoustics :Computational mechanics :Conjugate beam method :Contact dynamics :Couple (mechanics) :Cremona diagram :Cyclic stress :Cylinder stress :DBrn :Decompression (physics) :Degrees of freedom (mechanics) :Diaphragm (mechanical device) :Differential pulley :Directional stability :Drucker stability :Duhamel's integral :Dynamic balance :Effective potential :Elastic instability :Electromechanical modeling :Electromechanics :Equalization (proof) :Euler's laws of motion :Eversharp :Extended finite element method :Material failure theory :Fall factor :Featherstone's algorithm :Fit (manufacturing) :Fracture :Free body diagram :Friction torque :Generalized forces :Geomechanics :Gravity train :Ground reaction force :Herpolhode :Hoop stress :Hosford yield criterion :Ideal machine :Implosion (mechanical process) :Inertia tensor of triangle :Infinitesimal strain theory :J integral :Kelvin–Stokes theorem :Kirchhoff equations :König's theorem (kinetics) :Lame's stress ellipsoid :Lumped element model :Mass distribution :Mathieu transformation :Mechanical advantage :Mechanical advantage device :Mechanical energy :Mechanical filter :Mechanical traveller :Mechanician :Mechanics of planar particle motion :Membrane analogy :Micro-mechanics of failure :Mohr's circle :Moment of inertia :List of moments of inertia :Momentum :Monogenic system :Motion (physics) :Multi-function structure :Multibody system :Newton's laws of motion :Newtonian dynamics :Non-smooth mechanics :Pair potential :Parallel axis theorem :Photoelasticity :Photomechanical effect :Physical body :Physics of skiing :Poisson's ratio :Polhode :Power-to-weight ratio :Precession (mechanical) :Pressure drop :Projectile motion :Pseudo-modal energies :Pulley :Q factor :Radial distribution function :Ramberg–Osgood relationship :Reactive centrifugal force :Reduced mass :Resistance distance (mechanics) :Rheonomous :Right-hand rule :Rubber elasticity :Sandwich theory :Scleronomous :Screw theory :Shock (mechanics) :Shock indicator :Six degrees of freedom :Stall (engine) :Stall torque :Stiffening :Strain energy release rate :Stress resultants :Structural mechanics :Structural rigidity :Tangent stiffness matrix :Telescoping (mechanics) :Tensor derivative (continuum mechanics) :Thermal center :Three point flexural test :Tooth interior fatigue fracture :Torsion (mechanics) :Trajectory :Truss :Tsai–Wu failure criterion :Unilateral contact :Variable cycle engine :Variable-mass system :Varignon's theorem (mechanics) :Virtual displacement :Virtual work :Vis viva :Wedge (mechanical device) :Whippletree (mechanism) :Work (physics) :Yield (engineering) :Yield strength anomaly :Robot locomotion :Bio-inspired robotics :Hexapod (robotics) :Terradynamics :Rotation :Absolute angular momentum :Absolute rotation :Angular momentum :Centrifugal force :Centrifugal force (rotating reference frame) :Centripetal force :Circular motion :Coriolis effect :Euler force :Falling cat problem :History of centrifugal and centripetal forces :Instant centre of rotation :Introduction to angular momentum :Magnetic braking :Mechanics of planar particle motion :Moment of inertia :Reactive centrifugal force :Relativistic angular momentum :Rigid rotor 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Yamamoto :Chen-Ning Yang :Francisco José Ynduráin :Thomas Ypsilantis :Cosmas Zachos :Anthony Zee :Yakov Borisovich Zel'dovich :George Zweig :Physics beyond the Standard Model :Canonical quantum gravity :Causal dynamical triangulation :Cosmological constant :CP violation :Dark matter :Grand Unified Theory :Hierarchy problem :Hylogenesis :India-based Neutrino Observatory :Kaluza–Klein theory :Laboratori Nazionali del Gran Sasso :Large Hadron Collider :Loop quantum gravity :Minimal Supersymmetric Standard Model :Neutrino oscillation :Quantum gravity :String theory :Sudbury Neutrino Observatory :Super-Kamiokande :Superfluid vacuum theory :Supergravity :Superstring theory :Supersymmetry :Technicolor (physics) :Tevatron :Theory of everything :Universal extra dimension :Quantum chromodynamics :1/N expansion :ADHM construction :AdS/QCD correspondence :Asymptotic freedom :Atiyah–Jones conjecture :Banks–Zaks fixed point :Baryon number :Borel summation :BPST instanton :BRST quantization :Center vortex :Chiral anomaly :Chiral model :Chiral perturbation theory :Chiral symmetry :Chiral symmetry breaking :Chirality (physics) :Chromo–Weibel instability :Color charge :Color confinement :Color superconductivity :Color–flavor locking :Color-glass condensate :Colored-particle-in-cell :Combining dimensions :Conformal anomaly :Dual resonance model :Dual superconductor model :EMC effect :Exotic atom :Faddeev–Popov ghost :Flavour (particle physics) :Gell-Mann matrices :Gell-Mann–Okubo mass formula :Glueball :Gluon :Gluon condensate :Gluon field :Gluon field strength tensor :Hadronization :Hagedorn temperature :High energy nuclear physics :Instanton :Instanton fluid :International Workshops on Lattice QCD and Numerical Analysis :Kaonic hydrogen :Lattice QCD :Light front holography :Lund string model :Meron (physics) :MHV amplitudes :Michigan Spin Physics Center :Nambu–Jona-Lasinio model :Introduction to gauge theory :Nuclear force :OZI rule :Parton (particle physics) :Peccei–Quinn theory :Perturbative QCD :Photon Structure Function :Pion decay constant :Pomeron :Pseudo-Goldstone boson :QCD matter :QCD string :QCD sum rules :Regge theory :Renormalon :Seiberg duality :Skyrmion :Soft-collinear effective theory :Sphaleron :Spontaneous symmetry breaking :Stochastic vacuum model :Strangelet :Strangeness production :Strong interaction :Tetraquark :Three-jet event :Vacuum angle :Wilson loop :Yang–Mills existence and mass gap :Anomalous magnetic dipole moment :Berezin integral :Bhabha scattering :Bremsstrahlung :Compton scattering :Delbrück scattering :Di-positronium :Electron :Euler–Heisenberg Lagrangian :Richard Feynman :Gauge fixing :Gupta–Bleuler formalism :Møller scattering :Photon :Positron :Positronium :Positronium hydride :Precision tests of QED :QED vacuum :Quantum beats :Quantum electrodynamics :Self-energy :Vacuum polarization :Vertex function :Ward–Takahashi identity :Common integrals in quantum field theory :History of quantum field theory :List of quantum field theories :Quantum field theory :'t Hooft operator :(−1)F :Accidental symmetry :ADHM construction :Algebraic holography :Amplituhedron :Anomalous magnetic dipole moment :Anti-symmetric operator :Antimatter :Asymptotic freedom :Asymptotic safety in quantum gravity :Auxiliary field :Axiomatic quantum field theory :Background field method :Banks–Zaks fixed point :Bare mass :Bargmann–Wigner equations :Batalin–Vilkovisky formalism :BCFW recursion :Berezin integral :Beta function (physics) :Bethe–Salpeter equation :BF model :Bhabha scattering :Bispinor :Bogoliubov causality condition :Bogoliubov transformation :Bogoliubov–Parasyuk theorem :Bogomol'nyi–Prasad–Sommerfield bound :Borchers algebra :Born–Infeld model :Bose–Einstein statistics :Boson :Bosonic field :Bosonization :Bound state :BPS state :Brane :BRST quantization :Bullough–Dodd model :Bumblebee models :Bunch–Davies vacuum :Butcher group :C parity :C-symmetry :C-theorem :Callan–Symanzik equation :Caloron :Canonical quantization :Casimir effect :Casimir pressure :Causal perturbation theory :CCR and CAR algebras :Central charge :Charmed baryons :Chern–Simons theory :Chiral gauge theory :Chiral model :Chiral symmetry :Chiral symmetry breaking :Chirality (physics) :Cluster decomposition theorem :Cobordism hypothesis :Coleman–Mandula theorem :Coleman–Weinberg potential :Composite field :Constraint algebra :Constructive quantum field theory :Correlation function (quantum field theory) :Coupling constant :CP violation :CPT symmetry :Creation and annihilation operators :Crossing (physics) :Current algebra :Cutoff (physics) :Dimensional regularization :Dimensional transmutation :Dirac adjoint :Dirac equation :Dirac equation in curved spacetime :Dirac equation in the algebra of physical space :Dirac hole theory :Dirac sea :Dirac spinor :Dirac string :Disorder operator :Dual superconductor model :Dyon :Dyson series :Edge-of-the-wedge theorem :Effective action :Effective field theory :Einstein–Maxwell–Dirac equations :Elementary particle :Elitzur's theorem :ELKO field :Symmetry in quantum mechanics :Faddeev–Popov ghost :False vacuum :Fano resonance :Fermi point :Fermi's interaction :Fermi–Dirac statistics :Fermion :Fermionic condensate :Fermionic field :Feynman checkerboard :Feynman diagram :Feynman parametrization :Feynman slash notation :Fierz identity :Firewall (physics) :Fock space :Fock state :Foldy–Wouthuysen transformation :Form factor (quantum field theory) :Four-fermion interactions :Free field :Functional integration :Functional renormalization group :Gamma matrices :Gauge fixing :Gaussian fixed point :Gelfand–Naimark–Segal construction :Gell-Mann and Low theorem :GIM mechanism :Global symmetry :Gluon field :Gluon field strength tensor :Goldstone boson :Grassmann integral :Grassmann number :Graviphoton :Green's function (many-body theory) :Gribov ambiguity :Gross–Neveu model :Gupta–Bleuler formalism :GW approximation :Haag's theorem :Hamilton–Jacobi–Einstein equation :Hawking radiation :Heavy Baryon Chiral Perturbation Theory :Helicity (particle physics) :Higgs boson :Higgs mechanism :Higgs phase :Higher-dimensional gamma matrices :Infraparticle :Infrared divergence :Infrared fixed point :Instanton :Intrinsic parity :Invariance mechanics :Jordan–Wigner transformation :Källén–Lehmann spectral representation :Kinoshita-Lee-Nauenberg theorem :Klein transformation :Klein–Gordon equation :Klein–Nishina formula :KMS state :Lamb shift :Landau pole :Large gauge transformation :Lie conformal algebra :Liouville field theory :List of integrable models :List of mathematical topics in quantum theory :Local quantum field theory :Loop integral :LSZ reduction formula :Luttinger liquid :Magnetic catalysis :Magnetic monopole :Majorana equation :Majorana fermion :Mandelstam variables :Mass gap :Mermin–Wagner theorem :Minimal coupling :Minimal subtraction scheme :Moduli (physics) :Møller scattering :Montonen–Olive duality :Multiplicative quantum number :N = 4 supersymmetric Yang–Mills theory :N=8 Supergravity :Nambu–Jona-Lasinio model :Newton–Wigner localization :Nielsen-Ninomiya theorem :Nielsen–Olesen vortex :Nielsen–Olsen string :No-go theorem :Noether's second theorem :Noether's theorem :Non-linear sigma model :Non-topological soliton :Noncommutative quantum field theory :Nonlinear Dirac equation :Nonlocal Lagrangian :Normal order :NPDGamma :Octacube (sculpture) :On shell and off shell :On shell renormalization scheme :One-loop Feynman diagram :Operator product expansion :Optical theorem :Order operator :P-form electrodynamics :Parity (physics) :Particle physics and representation theory :Partition function (quantum field theory) :Path integral formulation :Path-ordering :Pauli–Lubanski pseudovector :Pauli–Villars regularization :Penguin diagram :Photomagneton :Physics applications of asymptotically safe gravity :Planck scale :Poincaré group :Precision tests of QED :Primon gas :Proca action :Alexandru Proca :Propagator :Pseudo-Goldstone boson :Q-ball :QED vacuum :Quantization (physics) :Quantization of the electromagnetic field :Quantum chromodynamics :Quantum electrodynamics :Quantum field theory in curved spacetime :Quantum foam :Quantum gauge theory :Quantum inequalities :Quantum nonlocality :Quartic interaction :Qubit field theory :Rarita–Schwinger equation :Reeh–Schlieder theorem :Regularization (physics) :Relation between Schrödinger's equation and the path integral formulation of quantum mechanics :Relationship between string theory and quantum field theory :Relativistic Breit–Wigner distribution :Relativistic wave equations :Renormalization :Renormalization group :Representation theory of the Poincaré group :Resummation :S-duality :S-matrix :Scalar boson :Scalar electrodynamics :Scalar field :Scalar field theory :Scaling dimension :Scharnhorst effect :Schrödinger field :Schrödinger functional :Schwinger model :Schwinger parametrization :Schwinger's quantum action principle :Schwinger–Dyson equation :Second quantization :Seesaw mechanism :Seiberg duality :Self-energy :Semiclassical gravity :Semiclassical physics :Sigma model :Slavnov–Taylor identities :Soft photon :Soler model :Sommerfeld expansion :Source field :Sphaleron :Spin (physics) :Spin diffusion :Spin network :Spin tensor :Spin–statistics theorem :Spinor :Spinor field :Spontaneous symmetry breaking :Spurion :Standard-Model Extension :Static forces and virtual-particle exchange :Stochastic electrodynamics :Stueckelberg action :Superfield :Superselection :T-duality :T-symmetry :Tadpole (physics) :Technicolor (physics) :Thermal quantum field theory :Thirring model :Thirring–Wess model :Topological quantum computer :Topological quantum field theory :Topological quantum number :Quantum triviality :Twistor theory :Two-body Dirac equations :U-duality :Ultraviolet divergence :Unitarity gauge :Unruh effect :UV completion :Ultraviolet fixed point :Vacuum angle :Vacuum energy :Vacuum expectation value :Vacuum manifold :Vacuum polarization :Vacuum state :Vafa–Witten theorem :Van der Waerden notation :Vector boson :Vertex function :Virtual particle :Volume operator :Ward–Takahashi identity :Wave function renormalization :Weinberg–Witten theorem :Wess–Zumino–Witten model :Wick rotation :Wick's theorem :Wightman axioms :Wigner's classification :Wilson loop :Wu–Yang monopole :Yukawa interaction :Yukawa potential :Zero-point energy :Zeta function regularization :Zitterbewegung :Fractional quantum mechanics :Fractional Schrödinger equation :Introduction to eigenstates :Introduction to quantum mechanics :List of mathematical topics in quantum theory :Mathematical formulation of quantum mechanics :Quantum calculus :Quantum mechanics :6-j symbol :9-j symbol :Above threshold ionization :Adiabatic invariant :Adiabatic quantum computation :Aharonov–Bohm effect :Aharonov–Casher effect :Angular momentum diagrams (quantum mechanics) :Angular momentum operator :Antisymmetrizer :Arthur Komar :Atom laser :Atomic electron transition :Auxiliary field Monte Carlo :Avoided crossing :Ballistic conduction in single-walled carbon nanotubes :Bargmann's limit :Bargmann–Wigner equations :Bell's theorem :Berry connection and curvature :Bethe–Salpeter equation :Bit-string physics :BKS theory :Bloch spectrum :Bloch sphere :Bogoliubov inner product :Bose gas :Bound state :Bra–ket notation :Breit equation :Bures metric :C parity :C-number :Calogero conjecture :Canonical commutation relation :Canonical quantization :Categorical quantum mechanics :Quantum chaos :Charmed baryons :Chladni's law :Classical and quantum conductivity :Classical limit :Clebsch–Gordan coefficients :Cluster-expansion approach :Coherence (physics) :Coherent states :Coincidence counting (physics) :Collision problem :Combinatorial hierarchy :Combinatorics and physics :Complementarity (physics) :Complete set of commuting observables :Conjugate variables :Constraint algebra :Continuous-time quantum walk :Correspondence principle :Correspondence rules :Coupling constant :Creation and annihilation operators :DACAPO :Davydov soliton :Degenerate energy levels :Density matrix :Dephasing rate SP formula :Derivations of the Lorentz transformations :Diabatic :Dirac equation in the algebra of physical space :Dirac operator :Dirac spectrum :Dirac spinor :Dirac–von Neumann axioms :Dissipation model for extended environment :Double ionization :Double-slit experiment :Drell–Yan process :Duru–Kleinert transformation :Dynamical mean field theory :Dynamical pictures (quantum mechanics) :Dynamical reduction :Efimov effect :Efimov state :Ehrenfest theorem :Ehrenfest–Tolman effect :Eigenspinor :Eigenstate thermalization hypothesis :Einselection :Einstein–Brillouin–Keller method :Electric dipole transition :Electromagnetically induced grating :Electromagnetically induced transparency :Electron diffraction :Electron nuclear double resonance :Electron shell :Elementary particle :Elliott formula :Energy level splitting :Energy operator :Ensemble interpretation :Entanglement distillation :EP quantum mechanics :Ermakov–Lewis invariant :Evanescent wave :Symmetry in quantum mechanics :Excited state :Expectation value (quantum mechanics) :Faddeev equations :Fano resonance :Fermi heap and Fermi hole :Few-body systems :Field electron emission :Finite potential well :First quantization :Fixed orbit :Flux quantization :Fock space :Fock state :Förster coupling :Free carrier absorption :Free particle :Froissart Stora equation :Fubini–Study metric :Functional integration :Gamow–Teller transition :Gausson (physics) :Geometric phase :Ghost imaging :Glossary of elementary quantum mechanics :Good quantum number :Ground state :Gyrovector space :Hamilton–Jacobi–Einstein equation :Hamiltonian (quantum mechanics) :Hartman effect :Heisenberg picture :Heisenberg's entryway to matrix mechanics :Hellmann–Feynman theorem :Hilbert space :History of spectroscopy :Holomovement :Holstein–Primakoff transformation :Hooke's atom :Hopfield dielectric :Hydrodynamic quantum analogs :Hydrogen-like atom :Imaginary time :Implicate and explicate order :Instrumentalist interpretation :Interaction picture :Interatomic Coulombic decay :Interpretations of quantum mechanics :Intersubband polariton :Intersystem crossing :Intrinsic parity :Invariant set postulate :Ionized impurity scattering :Kapitsa–Dirac effect :Kato theorem :Kicked rotator :Kochen–Specker theorem :Kubo formula :Ladder operator :Landau quantization :Landau–Zener formula :Landauer formula :Langmuir states :Lattice scattering :Leggett inequality :Leslie Lawrance Foldy :Lev Pitaevskii :Level repulsion :Light dressed state :Lindblad equation :Lindblad superoperator :Linear entropy :List of quantum-mechanical systems with analytical solutions :Logarithmic Schrödinger equation :London moment :Macroscopic quantum phenomena :Macroscopic quantum self-trapping :Macroscopic quantum state :Madelung equations :Magnetic translation :Many-body problem :Many-body theory :Myron Mathisson :Matrix mechanics :Maxwell-Bloch equations :Measurement in quantum mechanics :Mesoscopic physics :Minority interpretations of quantum mechanics :Momentum operator :Position and momentum space :Monte Carlo methods for electron transport :Moyal bracket :Multiplet :Multiverse :N-slit interferometric equation :Nakajima-Zwanzig equation :Negative probability :Non-linear coherent states :NOON state :Normal mode :NPDGamma :Nuclear structure :Observable :Observer (quantum physics) :Old quantum theory :Open quantum system :Orbital magnetization :Oscillator representation :P-adic quantum mechanics :Parity (physics) :The Part and The Whole :Partial wave analysis :Particle number operator :Path integral formulation :Pauli equation :Perturbation theory (quantum mechanics) :Phase factor :Phase space formulation :Photon polarization :The Physical Principles of the Quantum Theory :Physical Review A :Poole–Frenkel effect :Pöschl–Teller potential :Position operator :Potential energy surface :Potential well :Preparation (physics) :Principle of locality :The Principles of Quantum Mechanics :Probability amplitude :Probability current :Product numerical range :Product state :Propagator :Pulsed EPR :Purity (quantum mechanics) :Quantization (physics) :Quantum :Quantum 1/f noise :Quantum Aspects of Life :Quantum biology :Quantum Byzantine agreement :Quantum capacitance :Quantum carpet :Quantum clock :Quantum cloning :Quantum contextuality :Quantum coupling :Quantum critical point :Quantum cylindrical quadrupole :Quantum dissipation :Quantum dynamics :Quantum entanglement :Quantum ergodicity :Quantum fiction :Quantum field theory :Quantum fluctuation :Quantum game theory :Quantum geometry :Quantum graph :Quantum gyroscope :Quantum history :Quantum hydrodynamics :Quantum imaging :Quantum indeterminacy :Quantum instrument :Quantum jump method :Quantum level :Quantum limit :Quantum lithography :Quantum logic :Quantum machine :List of quantum-mechanical potentials :Quantum mechanics of time travel :Quantum metamaterials :Quantum metrology :Quantum money :Quantum noise :Quantum non-equilibrium :Quantum number :Quantum operation :Quantum pendulum :Quantum phases :Quantum point contact :Quantum potential :Quantum probability :Quantum process :Quantum pseudo-telepathy :Quantum realm :Quantum reference frame :Quantum reflection :Quantum revival :Quantum sensor :Quantum simulator :Quantum state :Quantum statistical mechanics :Quantum stirring, ratchets, and pumping :Quantum stochastic calculus :Quantum superposition :Quantum t-design :Quantum technology :Quantum tic-tac-toe :Quantum tomography :Quantum topology :Quantum tunnelling :Quantum vacuum plasma thruster :Quantum vortex :Quantum well :Quantum-confined Stark effect :Quasi-set theory :Rectangular potential barrier :Relation between Schrödinger's equation and the path integral formulation of quantum mechanics :Relational approach to quantum physics :Relativistic dynamics :Relativistic electron beam :Relativistic particle :Relativistic quantum mechanics :Relativistic wave equations :Representation theory of the Galilean group :Representation theory of the Lorentz group :Resonances in scattering from potentials :Retrocausality :Rotation operator (quantum mechanics) :Sakurai's Bell inequality :Scale relativity :Scar (physics) :Scattering length :Scattering theory :Schrieffer-Wolff transformation :Schrödinger group :Schrödinger picture :Scissors Modes :Second sound :Selection rule :Semicircular potential well :Semiclassical physics :Semiconductor Bloch equations :Semilinear response :Separable state :SIC-POVM :Siegfried Adolf Wouthuysen :Singlet fission :Singlet state :Slater determinant :Sommerfeld–Kossel displacement law :Spherical basis :Spherium :Spin echo :Spin model :Spin stiffness :Spin tensor :Spin-½ :Spin-exchange interaction :Spin–statistics theorem :Spinor :Stationary state :Solution of Schrödinger equation for a step potential :Stereoelectronics :Stimulated raman adiabatic passage :Stokes operators :Strong Subadditivity of Quantum Entropy :Strongly correlated material :Subatomic particle :Sum rule in quantum mechanics :Superdeterminism :Superradiant phase transition :Superselection :Supersymmetric quantum mechanics :Susskind-Glogower operator :T-J model :T-symmetry :Tensor operator :Theoretical and experimental justification for the Schrödinger equation :Thermal conductance quantum :Time-evolving block decimation :Timeline of quantum mechanics :Topological quantum number :Trace distance :Transition of state :Translation operator (quantum mechanics) :Transmission coefficient :Triplet state :Quantum triviality :Trojan wave packet :Tsirelson's bound :Tunnel injection :Two-state vector formalism :U-bit :Ultracold atom :Uncertainty principle :Unitarity (physics) :Universal conductance fluctuations :Universality and quantum systems :Valleytronics :Wannier equation :Wave function :Wave packet :Weak measurement :Wehrl entropy :Werner state :Weyl equation :Wigner 3-j symbols :Wigner quasiprobability distribution :Wigner's theorem :Wigner–Eckart theorem :Wigner–Weyl transform :Coherent backscattering :Scattering :Biological small-angle scattering :Bremsstrahlung :Brillouin scattering :Chaotic scattering :Atmospheric optics ray-tracing codes :Codes for electromagnetic scattering by cylinders :Codes for electromagnetic scattering by spheres :Coherent anti-Stokes Raman spectroscopy :Core-excited shape resonance :Coulomb collision :Cross section (physics) :Dalitz plot :Debye–Waller factor :Deep inelastic scattering :Delbrück scattering :Discrete dipole approximation :Discrete dipole approximation codes :Elastic scattering :Electron scattering :Electron wake :Emission spectrum :Engineering diffraction :Fano resonance :Frequency spectrum :FUTBOLIN :Gans theory :Gaussian broadening :Grazing-incidence small-angle scattering :High frequency approximation :Inelastic collision :Lamb–Mössbauer factor :Light scattering :Lippmann–Schwinger equation :Low-angle laser light scattering :Mott scattering :Multi-configuration time-dependent Hartree :Neutron moisture gauge :Neutron scattering :Nuclear cross section :Phonon scattering :Plane wave expansion :R (cross section ratio) :Ramsauer–Townsend effect :Remission (spectroscopy) :Resonance :Rotating-Polarization Coherent anti-Stokes Raman spectroscopy :Rutherford scattering :Scattering amplitude :Scattering channel :Scattering from rough surfaces :Shape resonance :Spallation Neutron Source :Spectral energy distribution :Spectroscopy :Spectrum analyzer :Spin-polarized electron energy loss spectroscopy :Static light scattering :Thomson scattering :Tyndall effect :Ultrafast x-rays :Umklapp scattering :Wolf effect :WSSUS model :Standard Model :1964 PRL symmetry breaking papers :An Exceptionally Simple Theory of Everything :Baryon number :Cabibbo–Kobayashi–Maskawa matrix :Chiral anomaly :Flavour (particle physics) :Glashow resonance :Helicity basis :Higgs boson :Higgs mechanism :Hypercharge :Kinoshita-Lee-Nauenberg theorem :Neutral particle oscillation :Neutrino oscillation :Pontecorvo–Maki–Nakagawa–Sakata matrix :Quark–lepton complementarity :Search for the Higgs boson :Spontaneous symmetry breaking :Standard Model (mathematical formulation) :Tetron Model :Top quark :Tribimaximal mixing :Trimaximal mixing :Vacuum expectation value :W and Z bosons :Weak hypercharge :Weak isospin :X (charge) :Yukawa interaction :QCD matter :Quark–gluon plasma :Strangelet :Strangeness production :Subatomic particle :ABC Preon Model :Acceleron :Atomic nucleus :Charge radius :Crypton (particle) :Di-positronium :Elementary particle :Exotic hadron :Exotic particle :Fermion :HZE ions :List of particles :Magnetic photon :Majorana fermion :Mesonic molecule :Nucleon spin structure :Photino :Pomeron :Positronium :Positronium hydride :Proton spin crisis :Relic particles :Resonance (particle physics) :Semi-empirical mass formula :Subatomic scale :Tetraneutron :Ultra-high-energy cosmic ray :V particle :X(3872) :Y(4140) :Y(4260) :Z(4430) :Zc(3900) :331 model :Absorption cross section :Acceleron :Acoplanarity :ADA collider :ADONE :AdS/QCD correspondence :Advanced Photon Source :Alternating Gradient Synchrotron :Anomalous electric dipole moment :Antineutron :Antiproton Accumulator :Antiproton Collector :ARC-ECRIS :ARGUS (experiment) :Artificial disintegration :Attenuation length :Attophysics :B-factory :B − L :Baksan Neutrino Observatory :Beam crossing :Beetle (ASIC) :BESS :Big European Bubble Chamber :Bonner sphere :Bottom eta meson :BTeV experiment :Calorimeter (particle physics) :CDHS experiment :Chameleon particle :Charged current :Chargino :Charm quark :Cherenkov detector :Chiral color :Chiral gauge theory :Chiral model :Chiral superfield :Christofilos Effect :COMPASS experiment :Constituent quark :Cornell Laboratory for Accelerator-based Sciences and Education :Cosmotron :Crypton (particle) :Crystal Ball (detector) :CUORE :D meson :D-term :DAFNE :DELPHI experiment :Desert (particle physics) :DGLAP :Dibaryon :Dimensional deconstruction :Dirac fermion :Electroweak scale :European Muon Collaboration :Event (particle physics) :Event reconstruction :Exotic hadron :Exotic particle :F-term :Fermi motion :FRS Fragment Separator :Gargamelle :Gauged supergravity :Gaugino :Gaugino condensation :Georgi–Jarlskog mass relation :Ghost condensate :GIM mechanism :Glashow resonance :Global Design Effort :Gluino :Goldberger–Wise mechanism :Goldstino :Grand unification energy :Graviphoton :Graviscalar :Haag–Lopuszanski–Sohnius theorem :Hartman effect :Helicity (particle physics) :Higgs phase :Higgs sector :Higgsino :Holon (physics) :Hypernucleus :Instanton fluid :Intersecting Storage Rings :Curtright field :Kalb–Ramond field :Kaonic hydrogen :KARMEN :Leptoquark :LHCf :Lightest Supersymmetric Particle :LINAC 1 :Liquid Scintillator Neutrino Detector :List of Feynman diagrams :Low Energy Antiproton Ring :Lund string model :Magnetic photon :Majoron :Mark I (detector) :Massive particle :Maximon (particle) :Meitner–Hupfeld effect :Meron (physics) :Mesonic molecule :Minimal subtraction scheme :Missing energy :Molière radius :Muon capture :Muon neutrino :Muonium :NA60 experiment :NA62 experiment :Neutral current :Neutral particle :Neutrino minimal standard model :Neutron supermirror :Neutron Time Of Flight :Non-radiative life time :Nonoblique correction :(n-p) reaction :Nucleon spin structure :Oblique correction :On-Line Isotope Mass Separator :Onium :Orbiton :OZI rule :Particle zoo :Peccei–Quinn theory :Perturbative QCD :PHENIX detector :Phi meson :Photon Factory :Pion decay constant :Plasmaron :Plekton :Project X (accelerator) :Pseudoscalar meson :Pseudovector meson :Pulse height analyzer :PYTHIA :Q value (nuclear science) :QCD sum rules :Quantum gauge theory :R (cross section ratio) :Radiation length :Radiative process :Radio Ice Cherenkov Experiment :Radioactive Isotope Beam Factory :Range (particle radiation) :Rare Symmetry Violating Processes :Real neutral particle :Saxion :Scalar boson :Semileptonic decay :Sfermion :Sgoldstino :Shashlik (physics) :Singapore Synchrotron Light Source :Soft-collinear effective theory :SOLEIL :SPEAR :Spinon :STAR detector :Strange B meson :Straw chamber :Straw tracker :SU(6) (physics) :Subatomic scale :Supersplit supersymmetry :Supersymmetry breaking :Supersymmetry breaking scale :T meson :Tau neutrino :Tetraquark :Theta meson :Time of flight detector :Time projection chamber :TOTEM :Track Imaging Cherenkov Experiment :Tracking (particle physics) :Transition radiation detector :Trigger (particle physics) :UA1 experiment :UA2 experiment :Upsilon meson :V particle :Vector boson :Vector meson :Very Large Hadron Collider :Volcano Ranch experiment :WIMP Argon Programme :X and Y bosons :X(3872) :Y(4140) :Y(4260) :Z(4430) :Zc(3900) :Philosophy of physics :Relational approach to quantum physics :A-series and B-series :Absolute theory :Abstract object theory :Afshar experiment :David Albert :Ansatz :Axiom of Causality :Background independence :Karen Barad :Bohr–Einstein debates :Craig Callender :Causality (physics) :Classical physics :Correspondence principle :Criticism of the theory of relativity :Digital philosophy :Elitzur–Vaidman bomb tester :Epistemological Letters :For All Practical Purposes :Foundations of Physics :Four-dimensionalism :Functional decomposition :Eli Eduardo de Gortari :Harvey Brown (philosopher) :Interaction-free measurement :Inverse-square law :Jenann Ismael :Tarja Kallio-Tamminen :Étienne Klein :David Malament :Measurement in quantum mechanics :Model-dependent realism :Naïve physics :Nothing comes from nothing :Philosophical interpretation of classical physics :Philosophical Problems of Space and Time :Philosophy of thermal and statistical physics :Photon entanglement :Physical cosmology :Physical determinism :Physical paradox :Physics (Aristotle) :Platonia (philosophy) :Popper's experiment :Quantum clock :Relational space :Relational theory :Simon Saunders :Philosophy of space and time :Superdeterminism :Synchronicity :The Tao of Physics :Temporal finitism :Time in physics :Time travel :The Unreasonable Effectiveness of Mathematics in the Natural Sciences :Bas van Fraassen :Von Neumann–Wigner interpretation :Atomism :Ash'ari :Buddhist atomism :Corpuscularianism :Dravya (Jainism) :Kalpa Sūtra :Minima naturalia :Nyaya :Pancastikayasara :Tattvartha Sutra :Vaisheshika :Abu al-Hasan al-Ash'ari :Francis Bacon :Giordano Bruno :Dharmakirti :Dignāga :Galileo Galilei :Pierre Gassendi :Thomas Harriot :Thomas Hobbes :Kanada :Yāska :Physical paradox :Archer's paradox :Archimedes paradox :Aristotle's wheel paradox :Babinet's principle :Bell's spaceship paradox :Black hole information paradox :Bootstrap paradox :Carroll's paradox :Denny's paradox :Ehrenfest paradox :Elevator paradox (physics) :EPR paradox :Faraday paradox (electrochemistry) :Fermi paradox :Fluctuation theorem :Gibbs paradox :Grandfather paradox :Gravitational singularity :Greisen–Zatsepin–Kuzmin limit :Hydrodynamic paradox :Hydrostatic paradox :Klein paradox :Ladder paradox :Levinthal's paradox :Lombard's paradox :Loschmidt's paradox :Mpemba effect :Olbers' paradox :Painlevé paradox :Polchinski's paradox :Predestination paradox :Predestination paradoxes in comics, manga, and anime :Predestination paradoxes in film :Predestination paradoxes in literature :Predestination paradoxes in popular culture :Predestination paradoxes in television :Predestination paradoxes in video games :Rietdijk–Putnam argument :Schrödinger's cat :Supplee's paradox :Tachyonic antitelephone :Tea leaf paradox :Temporal paradox :Tolman's paradox :Trouton–Noble experiment :Twin paradox :Ultraviolet catastrophe :And yet it moves :Astrology and astronomy :Astrology and science :Copernican principle :Equivalence principle :Philosophy of thermal and statistical physics :Arrow of time :Boltzmann brain :Brownian ratchet :Configuration entropy :Entropy :Entropy in thermodynamics and information theory :Ergodic hypothesis :H-theorem :Kelvin–Planck statement :Landauer's principle :Loschmidt's paradox :Maximum entropy thermodynamics :Maxwell's demon :Molecular chaos :Second law of thermodynamics :Statistical ensemble (mathematical physics) :T-symmetry :A-series and B-series :B-theory of time :Craig Callender :Centered world :Chronosophy :Duration (philosophy) :Egocentric presentism :Endurantism :Eternal return :Eternalism (philosophy of time) :Eternity :Event (philosophy) :Four-dimensionalism :Future :Growing block universe :Hopi time controversy :Paul Horwich :Immediacy (philosophy) :J. M. E. McTaggart :Multiple time dimensions :A New Refutation of Time :Non-Archimedean time :Non-simultaneity :Past :Perdurantism :Perspectival realism :Philosophical Problems of Space and Time :Philosophy of space and time :Physical cosmology :Physics (Aristotle) :Present :Presentism (philosophy of time) :Arthur Prior :Quantum clock :Synechism :Temporal finitism :Temporality :Time Cube :Time Reborn :The Unreality of Time :Particle physics in cosmology :Physical cosmology :Absolute time and space :Accelerating universe :Affleck–Dine mechanism :Age of the universe :Alpher–Bethe–Gamow paper :Anthropic principle :Asymptotic safety in quantum gravity :Baade's Window :Barnes–Hut simulation :Baryogenesis :Baryon acoustic oscillations :Bentley's paradox :Physics beyond the Standard Model :Bianchi classification :Big Bang :Chronology of the universe :Big Bang nucleosynthesis :History of the Big Bang theory :Big Bounce :Big Brake :Big Crunch :Big Rip :BKL singularity :Black-hole cosmology :Blueshift :Bolshoi Cosmological Simulation :Boltzmann brain :Brane cosmology :Causal dynamical triangulation :Celestial spheres :ChaNGa :Eternal inflation :Chaplygin gas :CMBFAST :Comoving distance :Conformal cyclic cosmology :Contributors to cosmology :Copernican principle :Cosmic background radiation :Cosmic Calendar :Cosmic crystallography :Cosmic distance ladder :Cosmic gravitational wave background :Cosmic infrared background :Cosmic microwave background :Cosmic neutrino background :Cosmic variance :Cosmological constant :Cosmological decade :Cosmological horizon :Cosmological interpretation of quantum mechanics :Cosmological perturbation theory :Timeline of cosmological theories :Curvaton :Curved space :Cyclic model :Damped Lyman-alpha system :Dark Ages Radio Explorer :Dark energy :Dark flow :Dark fluid :Dark galaxy :Dark matter :Dark-energy-dominated era :De Sitter invariant special relativity :De Sitter universe :Deceleration parameter :Decoupling (cosmology) :DEEP2 Redshift Survey :Density contrast :Diffusion damping :Dipole anisotropy :Dirac large numbers hypothesis :Discovery of cosmic microwave background radiation :Distance measures (cosmology) :Doughnut theory of the universe :Dynamics of the celestial spheres :Dyson's eternal intelligence :Ekpyrotic universe :Electroweak epoch :Epic of Evolution :Equation of state (cosmology) :Ex nihilo :Extended Groth Strip :Extragalactic background light :False vacuum :Fine-tuned Universe :Fingers of God :Fischler–Susskind mechanism :Flatness (cosmology) :Flatness problem :Fractal cosmology :Friedmann–Lemaître–Robertson–Walker metric :Future of an expanding universe :Geologic Calendar :Gold universe :Grand unification epoch :Grand Unified Theory :Gravitational instability :Great Debate (astronomy) :Gruber Prize in Cosmology :Gunn–Peterson trough :Hadron epoch :Hartle–Hawking state :Heat death of the universe :High-Z Supernova Search Team :Himiko (Lyman-alpha blob) :Holeum :Holmdel Horn Antenna :Horizon problem :Hubble Bubble (astronomy) :Hubble Deep Field :Hubble volume :Hubble's law :Hydrogen line :Hylogenesis :Inflation (cosmology) :Inflationary epoch :Inflaton :Inhomogeneous cosmology :Introduction to M-theory :Kaluza–Klein theory :Kantowski-Sachs metric :Kibble-Zurek mechanism :Lambda-CDM model :Leptogenesis (physics) :Lepton epoch :Light dark matter :List of cosmological computation software :List of cosmologists :Lyman-alpha blob :Lyman-alpha emitter :Lyman-alpha forest :Lyman-break galaxy :M-theory :M2-brane :Mass-to-light ratio :Matter power spectrum :Matter-dominated era :Metallicity :Metric expansion of space :Millennium Run :Moore Center for Theoretical Cosmology and Physics :Multiple histories :Multiverse :N-body simulation :N-body units :Neutrino decoupling :Newtonian gauge :Non-Gaussianity :Non-standard cosmology :Nothing comes from nothing :Observable universe :Observational cosmology :Olbers' paradox :Partial impact theory :Particle horizon :Perfect Cosmological Principle :Phantom energy :Photon epoch :Physics applications of asymptotically safe gravity :Picard horn :Planck epoch :Planck scale :Planetary nebula luminosity function :Plasma cosmology :Primordial fluctuations :Primordial isocurvature baryon model :Cosmological principle :Quantum cosmology :Quark epoch :Quintessence (physics) :Quintom scenario :Radiation-dominated era :Randall–Sundrum model :Recombination (cosmology) :Redshift :Redshift quantization :Redshift survey :Reionization :Relic particles :Sachs–Wolfe effect :Scalar field dark matter :Scalar-vector-tensor decomposition :Scale factor (cosmology) :Self-creation cosmology :Self-Indication Assumption :Self-Sampling Assumption :SGR 0501+4516 :Shape of the universe :Sigma (cosmology) :Source counts :Static universe :Steady State theory :Stebbins–Whitford effect :String cosmology :String theory :String theory landscape :Structure formation :Sunyaev–Zel'dovich effect :Synchronous coordinates :Thermodynamics of the universe :Timeline of cosmic microwave background astronomy :Tip of the red-giant branch :Tired light :Tolman surface brightness test :Ultimate fate of the universe :Universe :A Universe from Nothing :Vacuum genesis :VIMOS-VLT Deep Survey :Virgo Consortium :Vorton :Weyl curvature hypothesis :Weyl's postulate :The World at the End of Time :Wouthuysen–Field coupling :Zero-energy universe :Fractional quantum mechanics :Fractional Schrödinger equation :Introduction to eigenstates :Introduction to quantum mechanics :List of mathematical topics in quantum theory :Mathematical formulation of quantum mechanics :Quantum calculus :Quantum mechanics :6-j symbol :9-j symbol :Above threshold ionization :Adiabatic invariant :Adiabatic quantum computation :Aharonov–Bohm effect :Aharonov–Casher effect :Angular momentum diagrams (quantum mechanics) :Angular momentum operator :Antisymmetrizer :Arthur Komar :Atom laser :Atomic electron transition :Auxiliary field Monte Carlo :Avoided crossing :Ballistic conduction in single-walled carbon nanotubes :Bargmann's limit :Bargmann–Wigner equations :Bell's theorem :Berry connection and curvature :Bethe–Salpeter equation :Bit-string physics :BKS theory :Bloch spectrum :Bloch sphere :Bogoliubov inner product :Bose gas :Bound state :Bra–ket notation :Breit equation :Bures metric :C parity :C-number :Calogero conjecture :Canonical commutation relation :Canonical quantization :Categorical quantum mechanics :Quantum chaos :Charmed baryons :Chladni's law :Classical and quantum conductivity :Classical limit :Clebsch–Gordan coefficients :Cluster-expansion approach :Coherence (physics) :Coherent states :Coincidence counting (physics) :Collision problem :Combinatorial hierarchy :Combinatorics and physics :Complementarity (physics) :Complete set of commuting observables :Conjugate variables :Constraint algebra :Continuous-time quantum walk :Correspondence principle :Correspondence rules :Coupling constant :Creation and annihilation operators :DACAPO :Davydov soliton :Degenerate energy levels :Density matrix :Dephasing rate SP formula :Derivations of the Lorentz transformations :Diabatic :Dirac equation in the algebra of physical space :Dirac operator :Dirac spectrum :Dirac spinor :Dirac–von Neumann axioms :Dissipation model for extended environment :Double ionization :Double-slit experiment :Drell–Yan process :Duru–Kleinert transformation :Dynamical mean field theory :Dynamical pictures (quantum mechanics) :Dynamical reduction :Efimov effect :Efimov state :Ehrenfest theorem :Ehrenfest–Tolman effect :Eigenspinor :Eigenstate thermalization hypothesis :Einselection :Einstein–Brillouin–Keller method :Electric dipole transition :Electromagnetically induced grating :Electromagnetically induced transparency :Electron diffraction :Electron nuclear double resonance :Electron shell :Elementary particle :Elliott formula :Energy level splitting :Energy operator :Ensemble interpretation :Entanglement distillation :EP quantum mechanics :Ermakov–Lewis invariant :Evanescent wave :Symmetry in quantum mechanics :Excited state :Expectation value (quantum mechanics) :Faddeev equations :Fano resonance :Fermi heap and Fermi hole :Few-body systems :Field electron emission :Finite potential well :First quantization :Fixed orbit :Flux quantization :Fock space :Fock state :Förster coupling :Free carrier absorption :Free particle :Froissart Stora equation :Fubini–Study metric :Functional integration :Gamow–Teller transition :Gausson (physics) :Geometric phase :Ghost imaging :Glossary of elementary quantum mechanics :Good quantum number :Ground state :Gyrovector space :Hamilton–Jacobi–Einstein equation :Hamiltonian (quantum mechanics) :Hartman effect :Heisenberg picture :Heisenberg's entryway to matrix mechanics :Hellmann–Feynman theorem :Hilbert space :History of spectroscopy :Holomovement :Holstein–Primakoff transformation :Hooke's atom :Hopfield dielectric :Hydrodynamic quantum analogs :Hydrogen-like atom :Imaginary time :Implicate and explicate order :Instrumentalist interpretation :Interaction picture :Interatomic Coulombic decay :Interpretations of quantum mechanics :Intersubband polariton :Intersystem crossing :Intrinsic parity :Invariant set postulate :Ionized impurity scattering :Kapitsa–Dirac effect :Kato theorem :Kicked rotator :Kochen–Specker theorem :Kubo formula :Ladder operator :Landau quantization :Landau–Zener formula :Landauer formula :Langmuir states :Lattice scattering :Leggett inequality :Leslie Lawrance Foldy :Lev Pitaevskii :Level repulsion :Light dressed state :Lindblad equation :Lindblad superoperator :Linear entropy :List of quantum-mechanical systems with analytical solutions :Logarithmic Schrödinger equation :London moment :Macroscopic quantum phenomena :Macroscopic quantum self-trapping :Macroscopic quantum state :Madelung equations :Magnetic translation :Many-body problem :Many-body theory :Myron Mathisson :Matrix mechanics :Maxwell-Bloch equations :Measurement in quantum mechanics :Mesoscopic physics :Minority interpretations of quantum mechanics :Momentum operator :Position and momentum space :Monte Carlo methods for electron transport :Moyal bracket :Multiplet :Multiverse :N-slit interferometric equation :Nakajima-Zwanzig equation :Negative probability :Non-linear coherent states :NOON state :Normal mode :NPDGamma :Nuclear structure :Observable :Observer (quantum physics) :Old quantum theory :Open quantum system :Orbital magnetization :Oscillator representation :P-adic quantum mechanics :Parity (physics) :The Part and The Whole :Partial wave analysis :Particle number operator :Path integral formulation :Pauli equation :Perturbation theory (quantum mechanics) :Phase factor :Phase space formulation :Photon polarization :The Physical Principles of the Quantum Theory :Physical Review A :Poole–Frenkel effect :Pöschl–Teller potential :Position operator :Potential energy surface :Potential well :Preparation (physics) :Principle of locality :The Principles of Quantum Mechanics :Probability amplitude :Probability current :Product numerical range :Product state :Propagator :Pulsed EPR :Purity (quantum mechanics) :Quantization (physics) :Quantum :Quantum 1/f noise :Quantum Aspects of Life :Quantum biology :Quantum Byzantine agreement :Quantum capacitance :Quantum carpet :Quantum clock :Quantum cloning :Quantum contextuality :Quantum coupling :Quantum critical point :Quantum cylindrical quadrupole :Quantum dissipation :Quantum dynamics :Quantum entanglement :Quantum ergodicity :Quantum fiction :Quantum field theory :Quantum fluctuation :Quantum game theory :Quantum geometry :Quantum graph :Quantum gyroscope :Quantum history :Quantum hydrodynamics :Quantum imaging :Quantum indeterminacy :Quantum instrument :Quantum jump method :Quantum level :Quantum limit :Quantum lithography :Quantum logic :Quantum machine :List of quantum-mechanical potentials :Quantum mechanics of time travel :Quantum metamaterials :Quantum metrology :Quantum money :Quantum noise :Quantum non-equilibrium :Quantum number :Quantum operation :Quantum pendulum :Quantum phases :Quantum point contact :Quantum potential :Quantum probability :Quantum process :Quantum pseudo-telepathy :Quantum realm :Quantum reference frame :Quantum reflection :Quantum revival :Quantum sensor :Quantum simulator :Quantum state :Quantum statistical mechanics :Quantum stirring, ratchets, and pumping :Quantum stochastic calculus :Quantum superposition :Quantum t-design :Quantum technology :Quantum tic-tac-toe :Quantum tomography :Quantum topology :Quantum tunnelling :Quantum vacuum plasma thruster :Quantum vortex :Quantum well :Quantum-confined Stark effect :Quasi-set theory :Rectangular potential barrier :Relation between Schrödinger's equation and the path integral formulation of quantum mechanics :Relational approach to quantum physics :Relativistic dynamics :Relativistic electron beam :Relativistic particle :Relativistic quantum mechanics :Relativistic wave equations :Representation theory of the Galilean group :Representation theory of the Lorentz group :Resonances in scattering from potentials :Retrocausality :Rotation operator (quantum mechanics) :Sakurai's Bell inequality :Scale relativity :Scar (physics) :Scattering length :Scattering theory :Schrieffer-Wolff transformation :Schrödinger group :Schrödinger picture :Scissors Modes :Second sound :Selection rule :Semicircular potential well :Semiclassical physics :Semiconductor Bloch equations :Semilinear response :Separable state :SIC-POVM :Siegfried Adolf Wouthuysen :Singlet fission :Singlet state :Slater determinant :Sommerfeld–Kossel displacement law :Spherical basis :Spherium :Spin echo :Spin model :Spin stiffness :Spin tensor :Spin-½ :Spin-exchange interaction :Spin–statistics theorem :Spinor :Stationary state :Solution of Schrödinger equation for a step potential :Stereoelectronics :Stimulated raman adiabatic passage :Stokes operators :Strong Subadditivity of Quantum Entropy :Strongly correlated material :Subatomic particle :Sum rule in quantum mechanics :Superdeterminism :Superradiant phase transition :Superselection :Supersymmetric quantum mechanics :Susskind-Glogower operator :T-J model :T-symmetry :Tensor operator :Theoretical and experimental justification for the Schrödinger equation :Thermal conductance quantum :Time-evolving block decimation :Timeline of quantum mechanics :Topological quantum number :Trace distance :Transition of state :Translation operator (quantum mechanics) :Transmission coefficient :Triplet state :Quantum triviality :Trojan wave packet :Tsirelson's bound :Tunnel injection :Two-state vector formalism :U-bit :Ultracold atom :Uncertainty principle :Unitarity (physics) :Universal conductance fluctuations :Universality and quantum systems :Valleytronics :Wannier equation :Wave function :Wave packet :Weak measurement :Wehrl entropy :Werner state :Weyl equation :Wigner 3-j symbols :Wigner quasiprobability distribution :Wigner's theorem :Wigner–Eckart theorem :Wigner–Weyl transform :Fritz-Albert Popp :Quantum mysticism :Biocentric universe :Deepak Chopra :The Dancing Wu Li Masters :John Hagelin :Law of attraction :The Magic (book) :The Power (self-help book) :Quantum brain dynamics :The Secret (2006 film) :Michael Talbot (author) :The Tao of Physics :Theoretical physics :Classical unified field theories :An Exceptionally Simple Theory of Everything :Analysis of flows :Analytical mechanics :Asymptotic safety in quantum gravity :Back-reaction :Background independence :Bare particle :Batalin–Vilkovisky formalism :Bi-scalar tensor vector gravity :Bogdanov affair :Bumblebee models :C*-algebra :C-theorem :Campbell's theorem (geometry) :Causal contact :Causal sets :Causal structure :Causality conditions :Center for Theoretical Studies, University of Miami :CGh physics :Charge (physics) :Classical field theory :Classical fluids :Classical limit :Classical Mechanics (Kibble and Berkshire) :Classical-map hypernetted-chain method :Cloaking device :Conserved current :Correspondence principle :Covariant classical field theory :Covariant Hamiltonian field theory :Dark fluid :Dark matter :Density matrix renormalization group :Digital physics :Digital probabilistic physics :Dirac bracket :Discrete symmetry :Dmrg of Heisenberg model :Double scaling limit :Dressed particle :DS/CFT correspondence :Eightfold Way (physics) :Eikonal approximation :Elliott formula :Symmetry in quantum mechanics :Field (physics) :Field equation :Field strength :Fine-tuning :First class constraint :Fluxon :Fourier transform :Fractionalization :Fredkin finite nature hypothesis :Free motion equation :G-parity :Galilean transformation :Gregory M. Garibian :Gauge group (mathematics) :Gauge principle :Gauge theory :Gauge Vector-Tensor gravity :Gaugino :Geometrodynamics :Gerstenhaber algebra :Goldstino :Green–Kubo relations :Gyrokinetics :Heim theory :Hexatic phase :Higgs field (classical) :Hilbert C*-module :Holeum :Holographic principle :Hylogenesis :Inertia negation :Introduction to M-theory :Invariance mechanics :Irreducible representation :Kinetic scheme :Kosterlitz–Thouless transition :Langer correction :Large diffeomorphism :Lattice model (physics) :Light cone gauge :Light front quantization :Logarithmic Schrödinger equation :Loop quantum cosmology :Luttinger liquid :Mass formula :Maxwell-Bloch equations :Meta-operator :Metamaterial cloaking :Moduli (physics) :Mu problem :Werner Nahm :Negative index metamaterials :Noether identities :Noether's second theorem :Noether's theorem :Non-autonomous mechanics :Nonlinear realization :Nonlocal Lagrangian :Nordic Institute for Theoretical Physics :Nordtvedt effect :Operator (physics) :Particle physics and representation theory :Peierls bracket :Penrose graphical notation :Phenomenological quantum gravity :Physics applications of asymptotically safe gravity :Pohlmeyer charge :Pre-Big Bang Physics :Primary constraint :Progress of Theoretical and Experimental Physics :Propagator :Pseudo-Goldstone boson :Quadratic Lie algebra :Quantization (physics) :Quantum energy teleportation :Quantum nonlocality :Quasinormal mode :Quiver diagram :Radius of convergence :Radius of curvature (mathematics) :Relativistic chaos :Resonating valence bond theory :Scalar–tensor–vector gravity :Schrödinger group :Self-creation cosmology :Semiconductor Bloch equations :Shape dynamics :Slowly varying envelope approximation :Spin foam :Spin glass :Spontaneous symmetry breaking :Stop squark :String theory :Stueckelberg action :Super Virasoro algebra :Superfield :Superfluid vacuum theory :Superghost :Superpartner :Supersymmetry :Tensor–vector–scalar gravity :Theories of cloaking :Theory of everything :Timeline of developments in theoretical physics :Timeline of theoretical physics :Topological excitations :Toy model :Transformation optics :Unparticle physics :Vacuum solution :Variational principle :Veneziano amplitude :Weak isospin :Weakly interacting massive particles :Wess–Zumino–Witten model :Weyl transformation :WKB approximation :World manifold :Particle physics in cosmology :Physical cosmology :Absolute time and space :Accelerating universe :Affleck–Dine mechanism :Age of the universe :Alpher–Bethe–Gamow paper :Anthropic principle :Asymptotic safety in quantum gravity :Baade's Window :Barnes–Hut simulation :Baryogenesis :Baryon acoustic oscillations :Bentley's paradox :Physics beyond the Standard Model :Bianchi classification :Big Bang :Chronology of the universe :Big Bang nucleosynthesis :History of the Big Bang theory :Big Bounce :Big Brake :Big Crunch :Big Rip :BKL singularity :Black-hole cosmology :Blueshift :Bolshoi Cosmological Simulation :Boltzmann brain :Brane cosmology :Causal dynamical triangulation :Celestial spheres :ChaNGa :Eternal inflation :Chaplygin gas :CMBFAST :Comoving distance :Conformal cyclic cosmology :Contributors to cosmology :Copernican principle :Cosmic background radiation :Cosmic Calendar :Cosmic crystallography :Cosmic distance ladder :Cosmic gravitational wave background :Cosmic infrared background :Cosmic microwave background :Cosmic neutrino background :Cosmic variance :Cosmological constant :Cosmological decade :Cosmological horizon :Cosmological interpretation of quantum mechanics :Cosmological perturbation theory :Timeline of cosmological theories :Curvaton :Curved space :Cyclic model :Damped Lyman-alpha system :Dark Ages Radio Explorer :Dark energy :Dark flow :Dark fluid :Dark galaxy :Dark matter :Dark-energy-dominated era :De Sitter invariant special relativity :De Sitter universe :Deceleration parameter :Decoupling (cosmology) :DEEP2 Redshift Survey :Density contrast :Diffusion damping :Dipole anisotropy :Dirac large numbers hypothesis :Discovery of cosmic microwave background radiation :Distance measures (cosmology) :Doughnut theory of the universe :Dynamics of the celestial spheres :Dyson's eternal intelligence :Ekpyrotic universe :Electroweak epoch :Epic of Evolution :Equation of state (cosmology) :Ex nihilo :Extended Groth Strip :Extragalactic background light :False vacuum :Fine-tuned Universe :Fingers of God :Fischler–Susskind mechanism :Flatness (cosmology) :Flatness problem :Fractal cosmology :Friedmann–Lemaître–Robertson–Walker metric :Future of an expanding universe :Geologic Calendar :Gold universe :Grand unification epoch :Grand Unified Theory :Gravitational instability :Great Debate (astronomy) :Gruber Prize in Cosmology :Gunn–Peterson trough :Hadron epoch :Hartle–Hawking state :Heat death of the universe :High-Z Supernova Search Team :Himiko (Lyman-alpha blob) :Holeum :Holmdel Horn Antenna :Horizon problem :Hubble Bubble (astronomy) :Hubble Deep Field :Hubble volume :Hubble's law :Hydrogen line :Hylogenesis :Inflation (cosmology) :Inflationary epoch :Inflaton :Inhomogeneous cosmology :Introduction to M-theory :Kaluza–Klein theory :Kantowski-Sachs metric :Kibble-Zurek mechanism :Lambda-CDM model :Leptogenesis (physics) :Lepton epoch :Light dark matter :List of cosmological computation software :List of cosmologists :Lyman-alpha blob :Lyman-alpha emitter :Lyman-alpha forest :Lyman-break galaxy :M-theory :M2-brane :Mass-to-light ratio :Matter power spectrum :Matter-dominated era :Metallicity :Metric expansion of space :Millennium Run :Moore Center for Theoretical Cosmology and Physics :Multiple histories :Multiverse :N-body simulation :N-body units :Neutrino decoupling :Newtonian gauge :Non-Gaussianity :Non-standard cosmology :Nothing comes from nothing :Observable universe :Observational cosmology :Olbers' paradox :Partial impact theory :Particle horizon :Perfect Cosmological Principle :Phantom energy :Photon epoch :Physics applications of asymptotically safe gravity :Picard horn :Planck epoch :Planck scale :Planetary nebula luminosity function :Plasma cosmology :Primordial fluctuations :Primordial isocurvature baryon model :Cosmological principle :Quantum cosmology :Quark epoch :Quintessence (physics) :Quintom scenario :Radiation-dominated era :Randall–Sundrum model :Recombination (cosmology) :Redshift :Redshift quantization :Redshift survey :Reionization :Relic particles :Sachs–Wolfe effect :Scalar field dark matter :Scalar-vector-tensor decomposition :Scale factor (cosmology) :Self-creation cosmology :Self-Indication Assumption :Self-Sampling Assumption :SGR 0501+4516 :Shape of the universe :Sigma (cosmology) :Source counts :Static universe :Steady State theory :Stebbins–Whitford effect :String cosmology :String theory :String theory landscape :Structure formation :Sunyaev–Zel'dovich effect :Synchronous coordinates :Thermodynamics of the universe :Timeline of cosmic microwave background astronomy :Tip of the red-giant branch :Tired light :Tolman surface brightness test :Ultimate fate of the universe :Universe :A Universe from Nothing :Vacuum genesis :VIMOS-VLT Deep Survey :Virgo Consortium :Vorton :Weyl curvature hypothesis :Weyl's postulate :The World at the End of Time :Wouthuysen–Field coupling :Zero-energy universe :Anthropic principle :Clockwork universe :Cosmic Jackpot :Fine-tuned Universe :Gravitational coupling constant :Multiverse :Teleological argument :Big Bang :Accelerating universe :Age of the universe :Baryogenesis :Chronology of the universe :Big Bang nucleosynthesis :Cold Big Bang :Cosmological constant :Dark Ages Radio Explorer :Electroweak epoch :Grand unification epoch :Graphical timeline from Big Bang to Heat Death :Graphical timeline of the Big Bang :Hadron epoch :Inflationary epoch :Initial singularity :Georges Lemaître :Lepton epoch :Metric expansion of space :Non-standard cosmology :Photon epoch :Planck epoch :Pre-Big Bang Physics :Quark epoch :Reionization :Religious interpretations of the Big Bang theory :Shape of the universe :Spite plateau :And yet it moves :Tycho Brahe :Copernican heliocentrism :Copernican principle :The Copernican Question: Prognostication, Skepticism, and Celestial Order :Copernican Revolution :The Copernican Revolution (book) :Copernican Revolution (metaphor) :Nicolaus Copernicus :De revolutionibus orbium coelestium :Galilean moons :Galileo affair :Galileo Galilei :Geocentric model :History of the telescope :Kepler's laws of planetary motion :Johannes Kepler :Hans Lippershey :Newton's laws of motion :Isaac Newton :Philosophiæ Naturalis Principia Mathematica :Sidereus Nuncius :Tychonic system :List of cosmic microwave background experiments :AMiBA :Archeops :Arcminute Cosmology Bolometer Array Receiver :Arcminute Microkelvin Imager :Atacama Cosmology Telescope :Atacama Pathfinder Experiment :Australia Telescope Compact Array :BICEP and Keck Array :BICEP2 :BOOMERanG experiment :Clover (telescope) :Cosmic Anisotropy Polarization Mapper :Cosmic Anisotropy Telescope :Cosmic Background Explorer :Cosmic Background Imager :Cosmology Large Angular Scale Surveyor :COSMOSOMAS :Degree Angular Scale Interferometer :The E and B Experiment :Millimeter Anisotropy eXperiment IMaging Array :Mobile Anisotropy Telescope :Planck (spacecraft) :POLARBEAR :Prognoz 9 :QMAP :QUaD :Qubic experiment :QUIET :RELIKT-1 :Saskatoon experiment :Sky Polarization Observatory :South Pole Telescope :Spider (polarimeter) :Sunyaev–Zel'dovich Array :Tenerife Experiment :TopHat (telescope) :Very Small Array :Wilkinson Microwave Anisotropy Probe :List of cosmologists :Ivan Aničin :Aristotle :Farzana Aslam :John D. Barrow :Orfeu Bertolami :Martin Bojowald :Hermann Bondi :Giordano Bruno :Peter Coles :Paul Davies :Avishai Dekel :Jürgen Ehlers :Jaan Einasto :Albert Einstein :George Francis Rayner Ellis :Richard Ellis (astronomer) :Sandra Faber :Wendy Freedman :Carlos Frenk :Alexander Friedmann :George Gamow :Thomas Gold :Gerson Goldhaber :J. Richard Gott :Alan Guth :György Paál :Mario Hamuy :Hans-Jürgen Treder :John Hartnett (physicist) :Stephen Hawking :Michał Heller :Robert Herman :Hanns Hörbiger :Fred Hoyle :Edwin Hubble :Ronald Kantowski :Johannes Kepler :Edward Kolb :Jerome Kristian :Ole Andreas Krogness :Ofer Lahav :Tod R. Lauer :Georges Lemaître :Wilfrid Leng :Eric Lerner :Janna Levin :Andrei Linde :Abraham (Avi) Loeb :David H. Lyth :João Magueijo :Richard Massey :Nicholas Mayall :Laura Mersini-Houghton :John Moffat (physicist) :Lauro Moscardini :Muhammad Sharif (cosmologist) :Viatcheslav Mukhanov :Shin'ichi Nojiri :Laurent Nottale :Leonard Parker :Aaron Parsons :Jim Peebles :Roger Penrose :Saul Perlmutter :Nikodem Popławski :Asghar Qadir :M. Shahid Qureshi :Fakhr ad-Din ar-Razi :Martin Rees, Baron Rees of Ludlow :Adam Riess :Howard Percy Robertson :Michael Rowan-Robinson :Carl Sagan :Allan Sandage :Brian Schmidt :Timothy Schrabback :Engelbert Schücking :Uroš Seljak :Roman Ulrich Sexl :Kris Sigurdson :Willem de Sitter :Lee Smolin :George Smoot :Alexei Starobinsky :Paul Steinhardt :Nicholas B. Suntzeff :Rashid Sunyaev :Brian Swimme :Max Tegmark :Pierre Teilhard de Chardin :William G. Tifft :Beatrice Tinsley :Frank J. Tipler :Richard C. Tolman :Trinh Xuan Thuan :Mark Trodden :Michael Turner (cosmologist) :Neil Turok :Henry Tye :Alexander Vilenkin :Arthur Geoffrey Walker :David Wands :Anzhong Wang :Yun Wang :Jeffrey Weeks (mathematician) :David Todd Wilkinson :Bruce Winstein :Edward L. Wright :Yakov Borisovich Zel'dovich :Alpha & Omega (book) :Big Bang (book) :A Brief History of Time :A Briefer History of Time (Hawking and Mlodinow book) :Cycles of Time :Death by Black Hole :The Elegant Universe :The Fabric of Reality :The Fabric of the Cosmos :The First Three Minutes: A Modern View of the Origin of the Universe :From Eternity to Here :The Grand Design (book) :The Hidden Reality: Parallel Universes and the Deep Laws of the Cosmos :Parallel Worlds: A Journey Through Creation, Higher Dimensions, and the Future of the Cosmos :The Quantum Universe :The Road to Reality :The Theory of Everything :A Universe from Nothing :The Universe in a Nutshell :Warped Passages :The Whole Shebang: A State-of-the-Universe(s) Report :Why Does the World Exist? :Wrinkles in Time :Dark matter :Abell 520 :Axino :Axion :Baryonic dark matter :Bullet Cluster :Chameleon particle :Cold dark matter :Cuspy halo problem :Dark fluid :Dark galaxy :Dark matter halo :Dark radiation :Dark star (dark matter) :Dwarf galaxy problem :ELKO field :Halo mass function :Holeum :Hot dark matter :Light dark matter :Lightest Supersymmetric Particle :Massive compact halo object :Minicharged particle :Mirror matter :Mixed dark matter :Navarro–Frenk–White profile :Neutralino :Neutrino :Scalar field dark matter :Self-interacting dark matter :Sterile neutrino :Strongly interacting massive particle :Warm dark matter :Weakly interacting massive particles :Celestial spheres :Classical planet :Classical planets in Western alchemy :Concentric spheres :Counter-Earth :Dynamics of the celestial spheres :Empyrean :Fifth planet (hypothetical) :Flat Earth :Galactocentrism :Geocentric model :Great chain of being :Greek astronomy :Heliocentrism :Musica universalis :Myth of Er :On the Heavens :Planets in astrology :Primum Mobile :Pythagorean astronomical system :Somnium Scipionis :Spherical Earth :Themis (hypothetical moon) :Tychonic system :Wen Wang Gua :Ylem :Zodiac :General relativity :History of general relativity :Introduction to general relativity :Palatini identity :Absolute horizon :Abstract differential geometry :ADM energy :Alternatives to general relativity :Analog models of gravity :Anti-gravity :Arthur Komar :Atomic gravitational wave interferometric sensor :Barycentric Coordinate Time :Barycentric Dynamical Time :BKL singularity :Causal structure :Causality conditions :CGHS model :CLIO :Conformal supergravity :Conformastatic spacetimes :Construction of a complex null tetrad :Cosmic censorship hypothesis :Cosmological constant :Cosmological perturbation theory :Curved space :De Sitter invariant special relativity :Derivations of the Lorentz transformations :Distorted Schwarzschild metric :Dynamical horizon :Ehlers group :Einstein field equations :Einstein's constant :Einstein–de Sitter universe :Einstein–Hilbert action :Einstein–Infeld–Hoffmann equations :Einstein–Rosen metric :Equivalence principle :Event horizon :Extended theories of gravity :Freund–Rubin compactification :Friedmann equations :General covariance :General Relativity (book) :Geodesics in general relativity :Geodetic effect :Geometrized unit system :Geon (physics) :Geroch energy :Geroch group :Gibbons–Hawking ansatz :Gibbons–Hawking effect :Gibbons–Hawking–York boundary term :Globally hyperbolic manifold :Gowdy solution :Gravitation (book) :Gravitational field :Gravitational shielding :Gravitational singularity :Gravitational soliton :Gravitational-wave astronomy :Gravitoelectromagnetism :Gravitomagnetic time delay :GRTensorII :Hamilton–Jacobi–Einstein equation :Hans-Jürgen Treder :Hawking energy :Hole argument :Holst action :Hoop Conjecture :Horizon (general relativity) :Hughes–Drever experiment :Initial value formulation (general relativity) :Introduction to mathematics of general relativity :Isolated horizon :Komar mass :Kugelblitz (astrophysics) :Lemaître coordinates :Lemaître–Tolman metric :Lense–Thirring precession :Light front holography :Line element :Linearized gravity 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law :Peek's law :Penning mixture :Penrose criterion :Pinch (plasma physics) :PK-3 Plus (ISS Experiment) :Plasma acceleration :Plasma Acoustic Shield System :Plasma actuator :Plasma antenna :Plasma channel :Plasma contactor :Plasma containment :Plasma deep drilling technology :Plasma diagnostics :Plasma diffusion :Plasma globe :Plasma lamp :Plasma medicine :Plasma modeling :Plasma oscillation :Plasma propulsion engine :Plasma railgun :Plasma receiver :Plasma scaling :Plasma shaping :Plasma source :Plasma speaker :Plasma stability :Plasma stealth :Plasma surface interaction :Plasma torch :Plasma transferred wire arc thermal spraying :Plasma window :Plasma-desorption mass spectrometry :Plasma-enhanced chemical vapor deposition :Plasma-immersion ion implantation :Plasma-powered cannon :Plasmoid :Plasmon :Polar jet :Polywell :Pseudospark switch :Q-machine :QCD matter :Quark–gluon plasma :Plasma recombination :Relativistic plasma :Relativistic similarity parameter :Resistive ballooning mode 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K. Giragossian :Incredible utility :Infinite Energy (magazine) :Magic wheel :Stefan Marinov :Maxwell's demon :Thomas Henry Moray :Perepiteia :Reactionless drive :Charles Redheffer :Simple Magnetic Overunity Toy :Space-time crystal :Stanley Meyer's water fuel cell :Steorn :Zero-point energy :Psychophysics :Absolute threshold :ABX test :Adaptive comparative judgement :Contrast effect :Coriolis effect (perception) :Detection theory :Discrimination testing :Interstimulus interval :Just-noticeable difference :Korte's law :Nikolai Aleksandrovich Kozyrev :Kruithof curve :Herschel Leibowitz :MUSHRA :Odor detection threshold :Roughness (psychophysics) :Second-order stimulus :Sensitivity (human) :Sensory analysis :Society for Psychophysiological Research :Stevens' power law :Stroop effect :Swept-plane display :Two-alternative forced choice :Weber–Fechner law :Abney effect :Bezold–Brücke shift :Chromatic adaptation :Dichromatism :Helmholtz–Kohlrausch effect :Light Reflectance Value :Purkinje effect 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(luminous flux) :Phot :Photometer :Photometric exposure :Rayleigh (unit) :Ricco's law :Right to light :Skot (unit) :Stilb (unit) :Stray light :Talbot (unit) :Troland :Violle :Psychoacoustics :Bark scale :Critical band :Equal-loudness contour :Fletcher–Munson curves :Mel scale :Missing fundamental :Perceptual-based 3D sound localization :Pitch (music) :Precedence effect :Sound annoyance :Fractional quantum mechanics :Fractional Schrödinger equation :Introduction to eigenstates :Introduction to quantum mechanics :List of mathematical topics in quantum theory :Mathematical formulation of quantum mechanics :Quantum calculus :Quantum mechanics :6-j symbol :9-j symbol :Above threshold ionization :Adiabatic invariant :Adiabatic quantum computation :Aharonov–Bohm effect :Aharonov–Casher effect :Angular momentum diagrams (quantum mechanics) :Angular momentum operator :Antisymmetrizer :Arthur Komar :Atom laser :Atomic electron transition :Auxiliary field Monte Carlo :Avoided crossing :Ballistic conduction in single-walled carbon nanotubes :Bargmann's limit :Bargmann–Wigner equations :Bell's theorem :Berry connection and curvature :Bethe–Salpeter equation :Bit-string physics :BKS theory :Bloch spectrum :Bloch sphere :Bogoliubov inner product :Bose gas :Bound state :Bra–ket notation :Breit equation :Bures metric :C parity :C-number :Calogero conjecture :Canonical commutation relation :Canonical quantization :Categorical quantum mechanics :Quantum chaos :Charmed baryons :Chladni's law :Classical and quantum conductivity :Classical limit :Clebsch–Gordan coefficients :Cluster-expansion approach :Coherence (physics) :Coherent states :Coincidence counting (physics) :Collision problem :Combinatorial hierarchy :Combinatorics and physics :Complementarity (physics) :Complete set of commuting observables :Conjugate variables :Constraint algebra :Continuous-time quantum walk :Correspondence principle :Correspondence rules :Coupling constant :Creation and annihilation operators :DACAPO :Davydov soliton :Degenerate energy levels :Density matrix :Dephasing rate SP formula :Derivations of the Lorentz transformations :Diabatic :Dirac equation in the algebra of physical space :Dirac operator :Dirac spectrum :Dirac spinor :Dirac–von Neumann axioms :Dissipation model for extended environment :Double ionization :Double-slit experiment :Drell–Yan process :Duru–Kleinert transformation :Dynamical mean field theory :Dynamical pictures (quantum mechanics) :Dynamical reduction :Efimov effect :Efimov state :Ehrenfest theorem :Ehrenfest–Tolman effect :Eigenspinor :Eigenstate thermalization hypothesis :Einselection :Einstein–Brillouin–Keller method :Electric dipole transition :Electromagnetically induced grating :Electromagnetically induced transparency :Electron diffraction :Electron nuclear double resonance :Electron shell :Elementary particle :Elliott formula :Energy level splitting :Energy operator :Ensemble interpretation :Entanglement distillation :EP quantum mechanics 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:Quantum noise :Quantum non-equilibrium :Quantum number :Quantum operation :Quantum pendulum :Quantum phases :Quantum point contact :Quantum potential :Quantum probability :Quantum process :Quantum pseudo-telepathy :Quantum realm :Quantum reference frame :Quantum reflection :Quantum revival :Quantum sensor :Quantum simulator :Quantum state :Quantum statistical mechanics :Quantum stirring, ratchets, and pumping :Quantum stochastic calculus :Quantum superposition :Quantum t-design :Quantum technology :Quantum tic-tac-toe :Quantum tomography :Quantum topology :Quantum tunnelling :Quantum vacuum plasma thruster :Quantum vortex :Quantum well :Quantum-confined Stark effect :Quasi-set theory :Rectangular potential barrier :Relation between Schrödinger's equation and the path integral formulation of quantum mechanics :Relational approach to quantum physics :Relativistic dynamics :Relativistic electron beam :Relativistic particle :Relativistic quantum mechanics :Relativistic wave equations :Representation theory of the Galilean group :Representation theory of the Lorentz group :Resonances in scattering from potentials :Retrocausality :Rotation operator (quantum mechanics) :Sakurai's Bell inequality :Scale relativity :Scar (physics) :Scattering length :Scattering theory :Schrieffer-Wolff transformation :Schrödinger group :Schrödinger picture :Scissors Modes :Second sound :Selection rule :Semicircular potential well :Semiclassical physics :Semiconductor Bloch equations :Semilinear response :Separable state :SIC-POVM :Siegfried Adolf Wouthuysen :Singlet fission :Singlet state :Slater determinant :Sommerfeld–Kossel displacement law :Spherical basis :Spherium :Spin echo :Spin model :Spin stiffness :Spin tensor :Spin-½ :Spin-exchange interaction :Spin–statistics theorem :Spinor :Stationary state :Solution of Schrödinger equation for a step potential :Stereoelectronics :Stimulated raman adiabatic passage :Stokes operators :Strong Subadditivity of Quantum Entropy :Strongly correlated material :Subatomic particle :Sum rule in quantum mechanics :Superdeterminism :Superradiant phase transition :Superselection :Supersymmetric quantum mechanics :Susskind-Glogower operator :T-J model :T-symmetry :Tensor operator :Theoretical and experimental justification for the Schrödinger equation :Thermal conductance quantum :Time-evolving block decimation :Timeline of quantum mechanics :Topological quantum number :Trace distance :Transition of state :Translation operator (quantum mechanics) :Transmission coefficient :Triplet state :Quantum triviality :Trojan wave packet :Tsirelson's bound :Tunnel injection :Two-state vector formalism :U-bit :Ultracold atom :Uncertainty principle :Unitarity (physics) :Universal conductance fluctuations :Universality and quantum systems :Valleytronics :Wannier equation :Wave function :Wave packet :Weak measurement :Wehrl entropy :Werner state :Weyl equation :Wigner 3-j symbols :Wigner quasiprobability distribution :Wigner's theorem :Wigner–Eckart theorem :Wigner–Weyl transform :Atomic and molecular astrophysics :Atomic physics :Atomic theory :Angular momentum coupling :Antiprotonic helium :Antisymmetric exchange :Associated Legendre polynomials :Atom vibrations :Atomic electron transition :Atomic form factor :Atomic fountain :Atomic orbital :Atomic recoil :Atomic units :Aufbau principle :Auger effect :Autler–Townes effect :Autoionization :Azimuthal quantum number :Bohr magneton :Bohr model :Bohr radius :Boson :Bremsstrahlung :Central field approximation :Classical electron radius :Compton scattering :Compton wavelength :Core electron :Coster–Kronig transition :Davisson–Germer Prize in Atomic or Surface Physics :Dexter electron transfer :Doppler cooling :Effective atomic number :Electric field gradient :Electron affinity :Electron affinity (data page) :Electron beam ion source :Electron beam ion trap :Electron configuration :Electron magnetic dipole moment :Electron shell :Electron wake :Electron-longitudinal acoustic phonon interaction :Electronic correlation :Electronic density :Emission spectrum :Energy level :Feshbach resonance :Fine structure :Fraunhofer lines :Free-fall atomic model :G-factor (physics) :Geonium atom :Giant resonance :Grotrian diagram :Gyromagnetic ratio :H-alpha :Hanle effect :Highly charged ion :Hollow atoms :Hollow-cathode lamp :Hund's rules :Hyperfine structure :Inert pair effect :Interatomic Coulombic decay :Ionization :Ionization energy :K-alpha :K-beta :Kaonic hydrogen :Kramers theorem :Kubo Gap :Lamb Dicke regime :Landé g-factor :Landé interval rule :Laplace expansion (potential) :Larmor formula :Larmor precession :Laser cooling :Lyman limit :Lyman-alpha line :Magnetic evaporative cooling :Magnetic quantum number :Magnetic trap (atoms) :Mirror nuclei :Molecular term symbol :Moseley's law :Mott–Bethe formula :Noble gas configuration :Open shell :Optical lattice :Penning trap :Photonic molecule :Polarizability :Principal quantum number :Quadrupole splitting :Rabi cycle :Rabi frequency :Rabi problem :Rabi resonance method :Radiative Auger effect :Raman cooling :Recoil temperature :Relativistic quantum mechanics :Resolved Sideband Cooling :Resolved sideband cooling :Rotational temperature :Emil Rupp :Rydberg correction :Rydberg formula :Rydberg molecule :Rydberg state :Rydberg–Klein–Rees method :Saha ionization equation :Saturated absorption spectroscopy :Scattering :Shielding effect :Siegbahn notation :Silex :Slater integrals :Slater's rules :Solid harmonics :Sommerfeld–Kossel displacement law :Spectroscopic notation :Spherical harmonics :Spin quantum number :Spin-destruction collision :Spin–orbit interaction :Stark effect :Superatom :Term symbol :Thermionic emission :Thomas precession :Thomas–Fermi model :Thomson scattering :Timeline of atomic and subatomic physics :Total angular momentum quantum number :Transition dipole moment :Tunnel ionization :Ultracold atom :Uncleftish Beholding :Vacuum Rabi oscillation :Vibrational temperature :Wiswesser's rule :X-ray fluorescence :X-ray notation :X-ray photoelectron spectroscopy :Zeeman slower :Quantum chemistry :Ab initio multiple spawning :Antisymmetrizer :Atomic orbital :Atoms in molecules :Autoionization :Avoided crossing :Basis set (chemistry) :Basis set superposition error :Bond hardening :Bond softening :Born–Huang approximation :Born–Oppenheimer approximation :Brillouin's theorem :CHELPG :Chemical bond :Complete active space :Configuration state function :Conical intersection :Core charge :Core electron :Coulomb operator :Coupled cluster :Cubic harmonic :Diabatic :Diffusion Monte Carlo :Dihydrogen cation :DIIS :Direct quantum chemistry :Distributed multipole analysis :Double-exchange mechanism :Dyall Hamiltonian :Eckart conditions :Electric field gradient :Quantum electrochemistry :Electron configuration :Electron density :Electron hole :Electron localization function :Electron pair :Electronic correlation :Electronic density :Energy level :Exchange interaction :Exchange operator :Fermi resonance :Fock matrix :Forbidden mechanism :Förster coupling :Franck–Condon principle :Frontier molecular orbital theory :Full configuration interaction :Gaussian orbital :Gaussian quantum Monte Carlo :GF method :Graphical unitary group approach :Grimm–Sommerfeld rule :Hamiltonian (quantum mechanics) :Hartree product :Hartree–Fock method :Holstein–Herring method :HOMO/LUMO :Hooke's atom :Hubbard model :Hund's rule of maximum multiplicity :Hund's rules :Inert pair effect :Interatomic Coulombic decay :International Academy of Quantum Molecular Science :Ionization :Ionization energy :Journal of Chemical Theory and Computation :K-alpha :K-beta :Kasha's rule :Koopmans' theorem :LCP theory :Localized molecular orbitals :Molecular Hamiltonian :Molecular orbital :Molecular orbital theory :Molecular term symbol :Morse potential :Mulliken population analysis :Multi-configuration time-dependent Hartree :Multiplicity (chemistry) :Multireference configuration interaction :Natural bond orbital :Noble gas configuration :ONIOM :Open shell :Orbital hybridisation :Orbital overlap :Path integral molecular dynamics :Path integral Monte Carlo :Post-Hartree–Fock :Potential energy of protein :Potential energy surface :Principal quantum number :QMC@Home :Protein–protein interaction :Quantum Monte Carlo :Reaction coordinate :Relativistic quantum chemistry :Reptation Monte Carlo :Ritz method :Roothaan equations :RRKM theory :Semiclassical physics :Shielding effect :Siegbahn notation :Size consistency and size extensivity :Slater determinant :Slater integrals :Slater's rules :Slater–Condon rules :Slater-type orbital :Sonochemistry :Spherium :Spin contamination :Spin engineering :Spin transition :State-universal coupled cluster :STO-nG basis sets :Term symbol :Time-dependent density functional theory :Unpaired electron :Vacuum level :Variable hybridization :Variational method (quantum mechanics) :Variational Monte Carlo :Vibrational circular dichroism :Vibronic coupling :VSEPR theory :Yoshimine sort :Density functional theory :ABINIT :Amsterdam Density Functional :Atomistix ToolKit :Atomistix Virtual NanoLab :BigDFT :Car–Parrinello method :Car–Parrinello molecular dynamics :CASTEP :CONQUEST :CP2K :DMol3 :Electronic density :EXCITING :Hybrid functional :Jellium :Kohn–Sham equations :Lattice density functional theory :Local-density approximation :Minnesota Functionals :ONETEP :Orbital-free density functional theory :PARSEC :Pulay Stress :PWscf :List of quantum chemistry and solid-state physics software :Quantum ESPRESSO :Runge–Gross theorem :SIESTA (computer program) :Thomas–Fermi model :Time-dependent density functional theory :Vienna Ab-initio Simulation Package :WIEN2k :Coupled cluster :Cubic harmonic :Density functional theory :Electronic structure :Generalized valence bond :Hartree product :Hartree–Fock method :K·p perturbation theory :Korringa–Kohn–Rostoker approximation :Linear combination of atomic orbitals :Minnesota Functionals :Modern valence bond theory :Muffin-tin approximation :Multi-configurational self-consistent field :Orbital magnetization :Projector augmented wave method :Pseudopotential :Quantum Monte Carlo :Restricted open-shell Hartree–Fock :Screening effect :Spartan (software) :TeraChem :Tight binding :Unrestricted Hartree–Fock :Atomic theory :Auger effect :Bohr model :Compton scattering :Compton wavelength :Davisson–Germer experiment :Double-slit experiment :Franck–Hertz experiment :Geiger–Marsden experiment :Hanle effect :Hyperfine structure :Matter wave :Mott scattering :Oil drop experiment :Oldstone Conference :Phase space formulation :Photoelectric effect :Planck postulate :Planck's law :Plum pudding model :Pocono Conference :Rayleigh–Jeans law :Rutherford model :Rutherford scattering :Rydberg formula :Schrödinger picture :Shelter Island Conference :Stark effect :Stern–Gerlach experiment :Transformation theory (quantum mechanics) :Ultraviolet catastrophe :Wave–particle duality :Wien's displacement law :Wigner–Weyl transform :Zeeman effect :Hidden variable theory :Bell's theorem :Kochen–Specker theorem :Local hidden variable theory :PBR theorem :Spekkens Toy Model :Hilbert space :Bessel's inequality :Calkin correspondence :Category of finite-dimensional Hilbert spaces :Céa's lemma :Commutator subspace :Compact operator on Hilbert space :Coorbit theory :Cotlar–Stein lemma :Dixmier trace :Energetic space :Euler–Maclaurin formula :Gleason's theorem :Hadamard space :Jacobi operator :Kuiper's theorem :Moment problem :Morse–Palais lemma :Positive-definite kernel :Projective Hilbert space :Representer theorem :Reproducing kernel Hilbert space :Rigged Hilbert space :Scattering theory :Self-adjoint operator :Singular trace :State space (physics) :Strongly monotone :Tensor product of Hilbert spaces :Topological tensor product :Weak convergence (Hilbert space) :Weak trace-class operator :Wigner's theorem :De Broglie–Bohm theory :Complementarity (physics) :Consistent histories :Copenhagen interpretation :Cosmological interpretation of quantum mechanics :Ensemble interpretation :Epistemological Letters :Ghirardi–Rimini–Weber theory :Glossary of quantum philosophy :Leggett–Garg inequality :Many-minds interpretation :Many-worlds interpretation :Objective collapse theory :Penrose interpretation :Pilot wave :Quantum Bayesianism :Relational quantum mechanics :Stochastic interpretation :Transactional interpretation :Von Neumann–Wigner interpretation :Lattice model (physics) :AKLT Model :ANNNI model :Bethe lattice :Biham–Middleton–Levine traffic model :Bond fluctuation model :Cellular Potts model :Chiral Potts model :Classical Heisenberg model :Classical XY model :Conformal loop ensemble :Contact process (mathematics) :Corner transfer matrix :Directed percolation :Domino tiling :Eight-vertex model :Fermion doubling :Feynman checkerboard :Hamiltonian lattice gauge theory :Hard hexagon model :Hubbard model :Ice-type model :Interacting particle system :Ising model :Jordan–Wigner transformation :Kosterlitz–Thouless transition :Kramers–Wannier duality :Kuramoto model :Lattice Boltzmann methods :Lattice density functional theory :Lattice field theory :Lattice gauge theory :Lattice QCD :Majumdar–Ghosh Model :N-vector model :Nielsen-Ninomiya theorem :Percolation theory :Potts model :Quasi-harmonic approximation :Quenched approximation :Reversibly assembled cellular composite materials :Rule 184 :Scaling limit :Spherical model :Square-lattice Ising model :Stochastic cellular automaton :T-J model :Toda field theory :Vertex model :Voter model :Z N model :Canonical quantization :Dirac bracket :Dirac–von Neumann axioms :Fredholm module :Fuzzy sphere :Geometric quantization :Heisenberg group :Kontsevich quantization formula :Lagrangian foliation :Lagrangian Grassmannian :Moyal bracket :Moyal product :Noncommutative geometry :Noncommutative quantum field theory :Phase space formulation :QED vacuum :Quantization (physics) :Quantization of the electromagnetic field :Quantum affine algebra :Quantum group :Second quantization :Stone–von Neumann theorem :Theta representation :Wigner–Weyl transform :2DEG :Aharonov–Bohm effect :Anderson localization :Andreev reflection :Ballistic conduction :Bloch-Grüneisen temperature :Coherent backscattering :Conductance quantum :Coulomb blockade :Dephasing :Diffuson :Fractional quantum Hall effect :Josephson effect :Kubo Gap :Landauer formula :Mesoscopic physics :Nanowire :Persistent current :Quantum dot :Quantum Hall effect :Quantum point contact :Quantum wire :Quasiparticle :Shot noise :Superconducting tunnel junction :Thermal conductance quantum :Thouless energy :Tunnel junction :Universal conductance fluctuations :Weak localization :Nuclear astrophysics :Nuclear physics :Nuclear structure :Absorption cross section :Accelerator operator :Actinides in the environment :Alpha decay :Anomalon :Artificial disintegration :Atomic nucleus :Atomic number :Atomic spacing :B2FH paper :Baryon number :Beta decay :Beta-decay stable isobars :Bethe formula :Bethe–Feynman formula :Binary collision approximation :Binding energy :Tom W. Bonner Prize in Nuclear Physics :Borromean nucleus :Branching fraction :Nuclear chain reaction :Charge radius :Charged-particle equilibrium :Charmed baryons :Chemical shift :CHEP Conference :Chiral model :Cluster decay :Cold fission :Cold fusion :Color-glass condensate :Common beta emitters :Commonly used gamma-emitting isotopes :Continuous slowing down approximation range :Copernicium :Cosmogenic nuclide :Coulomb barrier :Criticality (status) :Cross section (physics) :Nuclear data :Dead time :Decay energy :Decay product :Decay scheme :Dosimetry :Double beta decay :Double electron capture :Effective field theory :Effects of nuclear explosions :Electron capture :Electronic anticoincidence :Electrostatic nuclear accelerator :Emission spectrum :Environmental radioactivity :Epcard :European Spallation Source :Even and odd atomic nuclei :Excitation function :Facility for Rare Isotope Beams :Fast fission :FASTRAD :Fazia :Fermi motion :Fissile material :Fission products (by element) :Nuclear fission :Nuclear reaction :Ternary fission :Fluence :The Fly in the Cathedral :FRS Fragment Separator :G-factor (physics) :Gamma ray :Gamma spectroscopy :Gamow factor :Gamow–Teller transition :Geiger–Nuttall law :Gray (unit) :GSI anomaly :Hadron :Hagedorn temperature :Halo nucleus :Heat of combustion :High energy nuclear physics :History of subatomic physics :Hot particle :Hypercharge :Hyperdeformation :Hypernucleus :Hyperpolarization (physics) :Hypertriton :Insertion time :Interacting boson model :Internal conversion :Internal conversion coefficient :Island of inversion :Isobar (nuclide) :Isodiapher :Nuclear isomer :Isospin :Isotone :Isotope :Isotopic labeling :Jellium :Kaonic hydrogen :Kaonium :Kurchatov Medal :Landé g-factor :Lead castle :Lead shielding :Linear energy transfer :Liquid metal cooled reactor :List of equations in nuclear and particle physics :Long-lived fission product :Mass excess :Mattauch isobar rule :Max Planck Institute for Nuclear Physics :Mössbauer effect :Multiplication factor :Multiplicative quantum number :Muon capture :Natural nuclear fission reactor :Neutron capture :Neutron cross section :Neutron emission :Neutron number :Neutron research facility :Neutron transport :Neutron–proton ratio :Non-extensive self-consistent thermodynamical theory :NPDGamma :Nuclear binding energy :Nuclear drip line :Nuclear emulsion :Nuclear explosion :Nuclear explosive :Nuclear fission product :Nuclear force :Nuclear fratricide :Nuclear fusion :Nuclear magnetic moment :Nuclear matter :Nuclear orientation :Nuclear resonance fluorescence :Nuclear shell model :Nuclear transmutation :Nuclear transparency :Nucleocosmogenesis :Nucleogenic :Nucleosynthesis :Nuclide :Thiago David Olson :Oppenheimer–Phillips process :P-nuclei :P-process :Pair production :Pandemonium effect :Pandya theorem :Parity (physics) :Particle-induced X-ray emission :Photodisintegration :Photofission :Positron emission :Prompt critical :Proton decay :Proton emission :Proximity effect (atomic physics) :Q value (nuclear science) :Quasielastic scattering :R-process :R3B :Radiation protection :Radioactive displacement law of Fajans and Soddy :Radionuclide :Radium and radon in the environment :Ronen's golden rule for cluster radioactivity :Rp-process :S-process :Scattering :Scattering cross-section :Seed nucleus :Self-consistency principle in high energy Physics :Semi-empirical mass formula :Sisyphus cooling :Solid-state nuclear track detector :Spallation Neutron Source :Spontaneous fission :Stopping and Range of Ions in Matter :Stopping power (particle radiation) :Strangelet :Strangeness production :Stripping reaction (physics) :Strong interaction :Superactinide :Superdeformation :Supernova nucleosynthesis :Synthesis of precious metals :Synthetic element :Temperature coefficient :Tetraquark :Timeline of atomic and subatomic physics :Toroidal ring model :Transactinide element :Transuranium element :Universal linear accelerator :Vector meson dominance :Weak hypercharge :Weak interaction :Weakless Universe :Wire chamber :Woods–Saxon potential :X (charge) :Xi baryon :Yrast :Pauli exclusion principle :Antisymmetrizer :Electron degeneracy pressure :Exchange force :Exchange interaction :Symmetry in quantum mechanics :Identical particles :Slater determinant :Perturbation theory :Perturbation theory (quantum mechanics) :Eigenvalue perturbation :Fermi's golden rule :Intruder state :Laplace's method :Method of steepest descent :Multiple-scale analysis :Non-perturbative :Orders of approximation :Perturbation problem beyond all orders :Poincaré–Lindstedt method :Ritz method :Schwinger's quantum action principle :Sequence transformation :Series acceleration :Singular perturbation :Stationary phase approximation :Variational perturbation theory :Jim Al-Khalili :H. Stanley Allen :John Bardeen :Karl Bechert :John Stewart Bell :Rainer Blatt :Konrad Bleuler :Immanuel Bloch :Nikolay Bogolyubov :David Bohm :Niels Bohr :Martin Bojowald :Max Born :Winston H. Bostick :Dirk Bouwmeester :Robert W. Boyd :Howard Brandt :Walter Houser Brattain :Samuel L. Braunstein :Louis de Broglie :Gökhan Budak :Carlton M. Caves :Taksu Cheon :Marvin Chester :Raymond Chiao :Juan Ignacio Cirac Sasturain :Arthur Compton :James T. Cushing :Richard Dalitz :Paul Davies :Paul Dirac :Jonathan Dowling :F. J. Duarte :Zachary Dutton :Joseph H. Eberly :Jens Eisert :Artur Ekert :Berthold-Georg Englert :Tilman Esslinger :Hugh Everett III :Enrico Fermi :David K. Ferry :Richard Feynman :James Franck :Erwin Fues :Julio Gea-Banacloche :Giancarlo Ghirardi :Marvin D. Girardeau :Andrew M. Gleason :Anita Goel :Mehdi Golshani :Ravi Gomatam :Rudolf Grimm :Suraj N. Gupta :Kirill Gurov :Hermann Haken :Lucien Hardy :Lene Hau :Werner Heisenberg :Gustav Ludwig Hertz :Basil Hiley :Peter R. Holland :Helmut Hönl :Ataç İmamoğlu :Arthur Jaffe :Ratko Janev :Peter D. Jarvis :Poul S. Jessen :Neil F. Johnson :Pascual Jordan :Nico van Kampen :George Karreman :Christoph Helmut Keitel :Munir Ahmad Khan :Charles Kittel :Stephan W. Koch :Vladimir Korepin :Walther Kossel :Hans Kramers :Adolf Kratzer :Vladimir Krivchenkov :Willis Lamb :Alfred Landé :Ignazio Licata :Daniel Lidar :Fritz London :Józef Lubański :John Marburger :Ross H. McKenzie :Christian Møller :Christopher Monroe :Michele Mosca :José Enrique Moyal :Mioara Mugur-Schächter :L. M. Narducci :Karel Niessen :Chad Orzel :Konrad Osterwalder :Leigh Page :Apoorva D. Patel :Arun K. Pati :Wolfgang Pauli :Roger Penrose :Edward W. Piotrowski :Max Planck :Martin Bodo Plenio :Boris Podolsky :Maurice Pryce :John Rarity :Riccardo Barbieri :Nathan Rosen :Arthur Edward Ruark :Wojciech Rubinowicz :Francesco Sannino :Erwin Schrödinger :Dmitry Shirkov :William Shockley :Anirudh Singh :Jan Sładkowski :Arnold Sommerfeld :Henry Stapp :Ray Streater :Kurt Symanzik :Bo Thidé :Michael D. Towler :Sergei Tyablikov :Lev Vaidman :Antony Valentini :John Clive Ward :Heinrich Welker :Gregor Wentzel :John Wheatley (physicist) :Howard M. Wiseman :Fred Alan Wolf :Pieter Zeeman :H. Dieter Zeh :Anton Zeilinger :Peter Zoller :Wojciech H. Zurek :2DEG :Brus equation :Charge qubit :Colossal magnetoresistance :Conductance quantum :Coulomb blockade :Electrically detected magnetic resonance :Enhancement or quenching of QD, Q-wire and QW radiations :Flux qubit :Intersubband polariton :Magnetocapacitance :Molecular beam :Multiple exciton generation :Nanocrystal solar cell :Phase qubit :Photodetection :Quantum bus :Quantum dot :Quantum dot display :Quantum dot solar cell :Quantum efficiency :Quantum electrodynamics :Quantum flux parametron :Quantum Hall effect :Quantum heterostructure :Quantum mirage :Quantum point contact :Quantum spin Hall effect :Quantum tunnelling composite :Quantum well :Quantum wire :Quantum-confined Stark effect :Quiteron :Rapid single flux quantum :Spin valve :Superconducting logic :Superconducting quantum computing :Superconducting tunnel junction :Transmon :Trion (physics) :Tunnel junction :Wetting layer :Common integrals in quantum field theory :History of quantum field theory :List of quantum field theories :Quantum field theory :'t Hooft operator :(−1)F :Accidental symmetry :ADHM construction :Algebraic holography :Amplituhedron :Anomalous magnetic dipole moment :Anti-symmetric operator :Antimatter :Asymptotic freedom :Asymptotic safety in quantum gravity :Auxiliary field :Axiomatic quantum field theory :Background field method :Banks–Zaks fixed point :Bare mass :Bargmann–Wigner equations :Batalin–Vilkovisky formalism :BCFW recursion :Berezin integral :Beta function (physics) :Bethe–Salpeter equation :BF model :Bhabha scattering :Bispinor :Bogoliubov causality condition :Bogoliubov transformation :Bogoliubov–Parasyuk theorem :Bogomol'nyi–Prasad–Sommerfield bound :Borchers algebra :Born–Infeld model :Bose–Einstein statistics :Boson :Bosonic field :Bosonization :Bound state :BPS state :Brane :BRST quantization :Bullough–Dodd model :Bumblebee models :Bunch–Davies vacuum :Butcher group :C parity :C-symmetry :C-theorem :Callan–Symanzik equation :Caloron :Canonical quantization :Casimir effect :Casimir pressure :Causal perturbation theory :CCR and CAR algebras :Central charge :Charmed baryons :Chern–Simons theory :Chiral gauge theory :Chiral model :Chiral symmetry :Chiral symmetry breaking :Chirality (physics) :Cluster decomposition theorem :Cobordism hypothesis :Coleman–Mandula theorem :Coleman–Weinberg potential :Composite field :Constraint algebra :Constructive quantum field theory :Correlation function (quantum field theory) :Coupling constant :CP violation :CPT symmetry :Creation and annihilation operators :Crossing (physics) :Current algebra :Cutoff (physics) :Dimensional regularization :Dimensional transmutation :Dirac adjoint :Dirac equation :Dirac equation in curved spacetime :Dirac equation in the algebra of physical space :Dirac hole theory :Dirac sea :Dirac spinor :Dirac string :Disorder operator :Dual superconductor model :Dyon :Dyson series :Edge-of-the-wedge theorem :Effective action :Effective field theory :Einstein–Maxwell–Dirac equations :Elementary particle :Elitzur's theorem :ELKO field :Symmetry in quantum mechanics :Faddeev–Popov ghost :False vacuum :Fano resonance :Fermi point :Fermi's interaction :Fermi–Dirac statistics :Fermion :Fermionic condensate :Fermionic field :Feynman checkerboard :Feynman diagram :Feynman parametrization :Feynman slash notation :Fierz identity :Firewall (physics) :Fock space :Fock state :Foldy–Wouthuysen transformation :Form factor (quantum field theory) :Four-fermion interactions :Free field :Functional integration :Functional renormalization group :Gamma matrices :Gauge fixing :Gaussian fixed point :Gelfand–Naimark–Segal construction :Gell-Mann and Low theorem :GIM mechanism :Global symmetry :Gluon field :Gluon field strength tensor :Goldstone boson :Grassmann integral :Grassmann number :Graviphoton :Green's function (many-body theory) :Gribov ambiguity :Gross–Neveu model :Gupta–Bleuler formalism :GW approximation :Haag's theorem :Hamilton–Jacobi–Einstein equation :Hawking radiation :Heavy Baryon Chiral Perturbation Theory :Helicity (particle physics) :Higgs boson :Higgs mechanism :Higgs phase :Higher-dimensional gamma matrices :Infraparticle :Infrared divergence :Infrared fixed point :Instanton :Intrinsic parity :Invariance mechanics :Jordan–Wigner transformation :Källén–Lehmann spectral representation :Kinoshita-Lee-Nauenberg theorem :Klein transformation :Klein–Gordon equation :Klein–Nishina formula :KMS state :Lamb shift :Landau pole :Large gauge transformation :Lie conformal algebra :Liouville field theory :List of integrable models :List of mathematical topics in quantum theory :Local quantum field theory :Loop integral :LSZ reduction formula :Luttinger liquid :Magnetic catalysis :Magnetic monopole :Majorana equation :Majorana fermion :Mandelstam variables :Mass gap :Mermin–Wagner theorem :Minimal coupling :Minimal subtraction scheme :Moduli (physics) :Møller scattering :Montonen–Olive duality :Multiplicative quantum number :N = 4 supersymmetric Yang–Mills theory :N=8 Supergravity :Nambu–Jona-Lasinio model :Newton–Wigner localization :Nielsen-Ninomiya theorem :Nielsen–Olesen vortex :Nielsen–Olsen string :No-go theorem :Noether's second theorem :Noether's theorem :Non-linear sigma model :Non-topological soliton :Noncommutative quantum field theory :Nonlinear Dirac equation :Nonlocal Lagrangian :Normal order :NPDGamma :Octacube (sculpture) :On shell and off shell :On shell renormalization scheme :One-loop Feynman diagram :Operator product expansion :Optical theorem :Order operator :P-form electrodynamics :Parity (physics) :Particle physics and representation theory :Partition function (quantum field theory) :Path integral formulation :Path-ordering :Pauli–Lubanski pseudovector :Pauli–Villars regularization :Penguin diagram :Photomagneton :Physics applications of asymptotically safe gravity :Planck scale :Poincaré group :Precision tests of QED :Primon gas :Proca action :Alexandru Proca :Propagator :Pseudo-Goldstone boson :Q-ball :QED vacuum :Quantization (physics) :Quantization of the electromagnetic field :Quantum chromodynamics :Quantum electrodynamics :Quantum field theory in curved spacetime :Quantum foam :Quantum gauge theory :Quantum inequalities :Quantum nonlocality :Quartic interaction :Qubit field theory :Rarita–Schwinger equation :Reeh–Schlieder theorem :Regularization (physics) :Relation between Schrödinger's equation and the path integral formulation of quantum mechanics :Relationship between string theory and quantum field theory :Relativistic Breit–Wigner distribution :Relativistic wave equations :Renormalization :Renormalization group :Representation theory of the Poincaré group :Resummation :S-duality :S-matrix :Scalar boson :Scalar electrodynamics :Scalar field :Scalar field theory :Scaling dimension :Scharnhorst effect :Schrödinger field :Schrödinger functional :Schwinger model :Schwinger parametrization :Schwinger's quantum action principle :Schwinger–Dyson equation :Second quantization :Seesaw mechanism :Seiberg duality :Self-energy :Semiclassical gravity :Semiclassical physics :Sigma model :Slavnov–Taylor identities :Soft photon :Soler model :Sommerfeld expansion :Source field :Sphaleron :Spin (physics) :Spin diffusion :Spin network :Spin tensor :Spin–statistics theorem :Spinor :Spinor field :Spontaneous symmetry breaking :Spurion :Standard-Model Extension :Static forces and virtual-particle exchange :Stochastic electrodynamics :Stueckelberg action :Superfield :Superselection :T-duality :T-symmetry :Tadpole (physics) :Technicolor (physics) :Thermal quantum field theory :Thirring model :Thirring–Wess model :Topological quantum computer :Topological quantum field theory :Topological quantum number :Quantum triviality :Twistor theory :Two-body Dirac equations :U-duality :Ultraviolet divergence :Unitarity gauge :Unruh effect :UV completion :Ultraviolet fixed point :Vacuum angle :Vacuum energy :Vacuum expectation value :Vacuum manifold :Vacuum polarization :Vacuum state :Vafa–Witten theorem :Van der Waerden notation :Vector boson :Vertex function :Virtual particle :Volume operator :Ward–Takahashi identity :Wave function renormalization :Weinberg–Witten theorem :Wess–Zumino–Witten model :Wick rotation :Wick's theorem :Wightman axioms :Wigner's classification :Wilson loop :Wu–Yang monopole :Yukawa interaction :Yukawa potential :Zero-point energy :Zeta function regularization :Zitterbewegung :Quantum computer :Quantum information science :Algorithmic cooling :Amplitude damping channel :Ancilla (quantum computing) :AQUA@home :BB84 :Bekenstein bound :Bell state :Bell's theorem :Bra–ket notation :Bures metric :C-ROT gate :Cat state :Cavity quantum electrodynamics :Center for Quantum Information Science & Technology :Centre for Nanoscience and Quantum Information :Centre for Quantum Technologies :Charge qubit :Circuit quantum electrodynamics :Classical information channel :Cluster state :Communication complexity :Concurrence (quantum computing) :Continuous quantum computation :Controlled NOT gate :CSS code :D-Wave Two :D-Wave Systems :Decoherence-free subspaces :Density matrix :Dephasing :Dynamical decoupling :Entanglement-assisted classical capacity :Entropy exchange :Fidelity of quantum states :Flux qubit :Fundamental Fysiks Group :Georgia Tech Quantum Institute :Gottesman–Knill theorem :Graph state :Holographic principle :Institute for Quantum Computing :Kane quantum computer :Leggett inequality :Leggett–Garg inequality :Libquantum :Linear optical quantum computing :LOCC :Loss–DiVincenzo quantum computer :Margolus–Levitin theorem :Multipartite entanglement :Negativity (quantum mechanics) :Nitrogen-vacancy center :No-broadcast theorem :No-cloning theorem :No-communication theorem :Quantum no-deleting theorem :Noiseless subsystems :NOON state :Nuclear magnetic resonance quantum computer :One-way quantum computer :Pauli group :PBR theorem :Phase factor :Phase qubit :Pockels effect :Pulse programming :Purification of quantum state :Quantum algorithm :Quantum bus :Quantum capacity :Quantum cellular automata :Quantum circuit :Quantum clock :Quantum cloning :Quantum convolutional code :Quantum cryptography :Quantum digital signature :Quantum discord :Quantum dot cellular automaton :Quantum energy teleportation :Quantum entanglement :Quantum error correction :Quantum fingerprinting :Quantum game theory :Quantum gate :Quantum illumination :Quantum imaging :Quantum key distribution :Quantum LC circuit :Quantum lithography :Quantum Markov chain :Quantum metrology :Quantum network :Quantum neural network :Quantum processing unit :Quantum programming :Quantum pseudo-telepathy :Quantum register :Quantum sensor :Quantum simulator :Quantum sort :Quantum spin model :Quantum t-design :Quantum technology :Quantum teleportation :Quantum threshold theorem :Quantum trade-off coding :Qubit :Qutrit :Range criterion :Reduced dynamics :Reduction criterion :Separable state :Shor's algorithm :Squashed entanglement :State-merging :Steane code :Superconducting quantum computing :Superdense coding :Systolic freedom :Time-bin encoding :Timeline of quantum computing :Topological quantum computer :Toric code :Trace distance :Transmon :Trapped ion quantum computer :Universal quantum simulator :Waterloo Institute for Nanotechnology :Weak measurement :Anderson impurity model :Antiferromagnetism :Bose–Hubbard model :Graphene :Heisenberg model (quantum) :Hubbard model :Quantum dimer models :Quantum spin model :Tetron Model :AKLT Model :Einstein–de Haas effect :Flux pinning :Heisenberg model (quantum) :J1 J2 model :Kondo model :Magnetic flux quantum :Magnetic translation :Majumdar–Ghosh Model :Meissner effect :Quantum spin model :Rashba effect :Single-molecule magnet :Zeeman effect :Interpretations of quantum mechanics :Measurement in quantum mechanics :Measurement problem :Quantum number :Afshar experiment :Bell test experiments :Bell's theorem :De Broglie–Bohm theory :Bohr–Einstein debates :Born rule :CHSH inequality :Consistent histories :Copenhagen interpretation :Counterfactual definiteness :Decoherence-free subspaces :Delayed choice quantum eraser :Elitzur–Vaidman bomb tester :Ensemble interpretation :EPR paradox :Ghirardi–Rimini–Weber theory :GHZ experiment :Gleason's theorem :Hardy's paradox :Heisenberg cut :Heisenberg limit :Hidden variable theory :HPO formalism :Interaction-free measurement :Leggett inequality :Local hidden variable theory :Loopholes in Bell test experiments :Many-minds interpretation :Many-worlds interpretation :Mott problem :Multiple histories :No-communication theorem :Nonlocal Lagrangian :Objective collapse theory :Penrose interpretation :Philosophical interpretation of classical physics :Photon entanglement :Pilot wave :Popper's experiment :POVM :Principle of locality :Probability amplitude :Quantum clock :Quantum correlation :Quantum Darwinism :Quantum decoherence :Quantum eraser experiment :Quantum mechanical Bell test prediction :Quantum nondemolition measurement :Quantum nonlocality :Quantum pseudo-telepathy :Quantum suicide and immortality :Quantum Zeno effect :Relational quantum mechanics :Renninger negative-result experiment :Schrödinger's cat :SIC-POVM :Stern–Gerlach experiment :Totalitarian principle :Transactional interpretation :Tsirelson's bound :Universal wavefunction :Wave function collapse :Weak measurement :Wigner's friend :1s Slater-type function :Delta potential :Electron wave-packet interference :Helium atom :Hooke's atom :Hydrogen atom :List of quantum-mechanical systems with analytical solutions :Particle in a box :Particle in a one-dimensional lattice :Particle in a ring :Particle in a spherically symmetric potential :Quantum capacitance :Quantum cognition :Quantum harmonic oscillator :Quantum LC circuit :Quantum pendulum :SCOP formalism :Semicircular potential well :Spherium :Two-electron atom :Two-state quantum system :Optical phase space :Quantum optics :Autler–Townes effect :Coherent perfect absorber :Degree of coherence :Displacement operator :Englert–Greenberger duality relation :Fock state :Glauber–Sudarshan P representation :Hanbury Brown and Twiss effect :Hong–Ou–Mandel effect :Husimi Q representation :Intensity interferometer :Jaynes–Cummings model :Jaynes–Cummings–Hubbard model :Kuzyk quantum gap :Laser :Linear optical quantum computing :John Marburger :Nanolaser :Nonclassical light :Optical equivalence theorem :Optical lattice :Optical pumping :Parametric process (optics) :Photodetection :Photon antibunching :Quantum amplifier :Quantum noise :Quantum reflection :Quantum stochastic calculus :Quasiprobability distribution :Rabi cycle :Rabi frequency :Rabi resonance method :Schwinger limit :Semiconductor luminescence equations :Shot noise :Smith–Purcell effect :Spontaneous parametric down-conversion :Squeeze operator :Squeezed coherent state :Strained quantum-well laser :Superconducting nanowire single-photon detector :Superradiance :Vacuum Rabi oscillation :Antiferromagnetism :Berry connection and curvature :Charge transfer insulators :Composite fermion :Cooper pair :Ferrimagnetism :Ferromagnetism :Fractional quantum Hall effect :Geometric phase :Graphene :Laughlin wavefunction :Mictomagnetism :Mott Criterion :Mott insulator :Paramagnetism :Pseudogap :Quantum critical point :Quantum Hall effect :Quantum phase transition :Quasiparticle :Spontaneous symmetry breaking :String-net liquid :Superconductor Insulator Transition :Superstripes :Symmetry protected topological order :Topological degeneracy :Topological order :Toric code :Quantum state :Qubit :Schrödinger equation :Schrödinger field :Schrödinger group :Logarithmic Schrödinger equation :Nonlinear Schrödinger equation :Relation between Schrödinger's equation and the path integral formulation of quantum mechanics :Solution of Schrödinger equation for a step potential :Theoretical and experimental justification for the Schrödinger equation :Spin model :AKLT Model :Chiral Potts model :Classical Heisenberg model :Heisenberg model (quantum) :Ising model :J1 J2 model :Majumdar–Ghosh Model :Potts model :Quantum rotor model :Quantum spin model :Z N model :Adiabatic theorem :Bell's theorem :Cluster decomposition theorem :Coleman–Mandula theorem :CPT symmetry :Ehrenfest theorem :Elitzur's theorem :Haag's theorem :Hellmann–Feynman theorem :Kato theorem :Kinoshita-Lee-Nauenberg theorem :Kochen–Specker theorem :Mermin–Wagner theorem :PBR theorem :Reeh–Schlieder theorem :Runge–Gross theorem :Spin–statistics theorem :Weinberg–Witten theorem :Wigner's theorem :Wigner–Eckart theorem :Elitzur–Vaidman bomb tester :EPR paradox :Hardy's paradox :Heisenberg's microscope :Interaction-free measurement :Quantum pseudo-telepathy :Quantum suicide and immortality :Quantum tic-tac-toe :Renninger negative-result experiment :Schrödinger's cat :Wheeler's delayed choice experiment :Wigner's friend :'t Hooft symbol :(−1)F :Abstract differential geometry :Accidental symmetry :ACES (computational chemistry) :Aharonov–Casher effect :AMPAC :Ancilla (quantum computing) :Anomaly matching condition :AQUA@home :Austin Model 1 :Bare mass :Bargmann's limit :BF model :Black-Body Theory and the Quantum Discontinuity, 1894-1912 :Bosenova :Bosonization :Bousso's holographic bound :BPS state :Braid statistics :Bullough–Dodd model :C-number :CADPAC :Car–Parrinello molecular dynamics :Central charge :Central field approximation :Charge qubit :Cluster decomposition theorem :Coleman–Mandula theorem :Composite field :Conformal family :Correlation function (quantum field theory) :Correlation inequality :Correspondence rules :CP2K :CSS code :Current algebra :DACAPO :†-algebra :De Haas–van Alphen effect :Diffeomorphism constraint :Dirac spectrum :Direct quantum chemistry :Domain wall (string theory) :Doublet state :Dual superconductor model :Duru–Kleinert transformation :Dynamical reduction :Dyon :Ehrenfest–Tolman effect :Eikonal approximation :Electron wave-packet interference :Electronic structure :Entropy exchange :Entropy of entanglement :Euler–Heisenberg Lagrangian :Feynman parametrization :Fluorescence intermittency :Four-fermion interactions :Freund–Rubin compactification :Fusion rules :Fuzzy cold dark matter :Gaussian quantum Monte Carlo :Generalized valence bond :Global anomaly :GlueX :Graviscalar :Gravitational anomaly :Gribov ambiguity :Haag–Lopuszanski–Sohnius theorem :Hamiltonian lattice gauge theory :INDO :Infrared divergence :Interaction-free measurement :Intersubband polariton :IR/UV mixing :Kapitsa–Dirac effect :Large gauge transformation :LeRoy radius :Level repulsion :Leviton (quasiparticle) :Linear entropy :Logarithmic conformal field theory :Macroscopic quantum self-trapping :Macroscopic quantum state :Many-body problem :Measure (physics) :Meta-cold dark matter :MINDO :Mixed anomaly :MNDO :Montonen–Olive duality :NDDO :Nielsen–Olesen vortex :Nielsen–Olsen string :Nonclassical light :Oldstone Conference :One-loop Feynman diagram :Onium :Open quantum system :Orbital motion (quantum) :P-form electrodynamics :Pariser–Parr–Pople method :Partial wave analysis :Particle number operator :Partition function (quantum field theory) :Path integral Monte Carlo :Pauli group :Pauli–Villars regularization :Photoluminescence excitation :PM3 (chemistry) :Pocono Conference :Positronium hydride :PQS (chemical) :Projective superspace :Purity (quantum mechanics) :PyQuante :QCD string :Quadratic configuration interaction :Quantum affine algebra :Quantum bus :Quantum carpet :Quantum cloning :Quantum concentration :Quantum cosmology :Quantum defect :Quantum gauge theory :Quantum history :Quantum hydrodynamics :Quantum jump method :Quantum level :Quantum process :Quantum processing unit :Quantum register :Qubit field theory :Quenched approximation :Rational conformal field theory :Relativistic Breit–Wigner distribution :Relativistic electron beam :Reptation Monte Carlo :Restricted open-shell Hartree–Fock :Roothaan equations :SAM1 :Scaling limit :Scar (physics) :Schrödinger's Kittens and the Search for Reality :Schwinger function :Schwinger model :Schwinger parametrization :Schwinger's quantum action principle :SINDO :Singlet state :Slavnov–Taylor identities :Soft SUSY breaking :Spaser :Spin model :Spinhenge@Home :Squeeze operator :Staggered fermion :Stochastic interpretation :Stochastic vacuum model :Superconducting quantum computing :Superfield :Superghost :Swampland (physics) :Tadpole (physics) :Thirring–Wess model :Translational partition function :Transmon :TURBOMOLE :Universal conductance fluctuations :Universal quantum simulator :Ultraviolet fixed point :Vacuum angle :Vacuum expectation value :Vacuum manifold :Vafa–Witten theorem :Vertex function :Wave function renormalization :Wehrl entropy :Wess–Zumino model :Witten index :Wu–Yang monopole :Zero differential overlap :Zero sound :ZINDO :Académie de Physique :American Crystallographic Association :American Physical Society :Australasian College of Physical Scientists and Engineers in Medicine :Australian Institute of Physics :Austrian Physical Society :Biophysical Society :Brazilian Society of Physics :Canadian Association of Physicists :Deutsche Physikalische Gesellschaft :Estonian Physical Society :European Physical Society :Faraday Society :Gravitational Wave International Committee :Indian Physical Society :Institute of Physics :Institute of Physics and Engineering in Medicine :International Association of Mathematical Physics :International Society on General Relativity and Gravitation :Irish Association of Physicists in Medicine :Nepal Physical Society :Optical Society :OSA Fellow :Photonics Society of Poland :Physical Society of London :Physics Society of Iran :Sociedade Brasileira de Física :Society for Experimental Mechanics :Society of Physicists of Macedonia :Working Group on Women in Physics :Ronald Ernest Aitchison :Hans A. Bachor :Murray Batchelor :Sean Cadogan :Robert Delbourgo :F. J. Duarte :Min Gu :Arthur Robert Hogg :Rodney Jory :Tanya Monro :Brian Orr :James A. Piper :A. W. Pryor :John Clive Ward :John White (chemist) :American Geophysical Union :Canadian Geophysical Union :Environmental and Engineering Geophysical Society :European Association of Geoscientists and Engineers :European Geosciences Union :International Association of Geomagnetism and Aeronomy :International Union of Geodesy and Geophysics :Seismological Society of America :Society of Exploration Geophysicists :Appleton Medal and Prize :Max Born Prize :Chartered Physicist :Dirac Prize :Duddell Medal and Prize :Faraday Medal and Prize :Harrie Massey Medal and Prize :Institute of Knowledge Transfer :Institute of Physics :IOP Publishing :Isaac Newton Medal :Kelvin Prize :Robert Kirby-Harris :Maxwell Medal and Prize :Mott Prize :Physics World :List of presidents of the Institute of Physics :Rutherford Medal and Prize :Superposition (art installation) :Young Medal and Prize :Optical Society :Ellis R. Lippincott Award :Max Born Award :Optics Classification and Indexing Scheme :OSA Fellow :William F. Meggers Award :Theoretical physics :Classical unified field theories :An Exceptionally Simple Theory of Everything :Analysis of flows :Analytical mechanics :Asymptotic safety in quantum gravity :Back-reaction :Background independence :Bare particle :Batalin–Vilkovisky formalism :Bi-scalar tensor vector gravity :Bogdanov affair :Bumblebee models :C*-algebra :C-theorem :Campbell's theorem (geometry) :Causal contact :Causal sets :Causal structure :Causality conditions :Center for Theoretical Studies, University of Miami :CGh physics :Charge (physics) :Classical field theory :Classical fluids :Classical limit :Classical Mechanics (Kibble and Berkshire) :Classical-map hypernetted-chain method :Cloaking device :Conserved current :Correspondence principle :Covariant classical field theory :Covariant Hamiltonian field theory :Dark fluid :Dark matter :Density matrix renormalization group :Digital physics :Digital probabilistic physics :Dirac bracket :Discrete symmetry :Dmrg of Heisenberg model :Double scaling limit :Dressed particle :DS/CFT correspondence :Eightfold Way (physics) :Eikonal approximation :Elliott formula :Symmetry in quantum mechanics :Field (physics) :Field equation :Field strength :Fine-tuning :First class constraint :Fluxon :Fourier transform :Fractionalization :Fredkin finite nature hypothesis :Free motion equation :G-parity :Galilean transformation :Gregory M. Garibian :Gauge group (mathematics) :Gauge principle :Gauge theory :Gauge Vector-Tensor gravity :Gaugino :Geometrodynamics :Gerstenhaber algebra :Goldstino :Green–Kubo relations :Gyrokinetics :Heim theory :Hexatic phase :Higgs field (classical) :Hilbert C*-module :Holeum :Holographic principle :Hylogenesis :Inertia negation :Introduction to M-theory :Invariance mechanics :Irreducible representation :Kinetic scheme :Kosterlitz–Thouless transition :Langer correction :Large diffeomorphism :Lattice model (physics) :Light cone gauge :Light front quantization :Logarithmic Schrödinger equation :Loop quantum cosmology :Luttinger liquid :Mass formula :Maxwell-Bloch equations :Meta-operator :Metamaterial cloaking :Moduli (physics) :Mu problem :Werner Nahm :Negative index metamaterials :Noether identities :Noether's second theorem :Noether's theorem :Non-autonomous mechanics :Nonlinear realization :Nonlocal Lagrangian :Nordic Institute for Theoretical Physics :Nordtvedt effect :Operator (physics) :Particle physics and representation theory :Peierls bracket :Penrose graphical notation :Phenomenological quantum gravity :Physics applications of asymptotically safe gravity :Pohlmeyer charge :Pre-Big Bang Physics :Primary constraint :Progress of Theoretical and Experimental Physics :Propagator :Pseudo-Goldstone boson :Quadratic Lie algebra :Quantization (physics) :Quantum energy teleportation :Quantum nonlocality :Quasinormal mode :Quiver diagram :Radius of convergence :Radius of curvature (mathematics) :Relativistic chaos :Resonating valence bond theory :Scalar–tensor–vector gravity :Schrödinger group :Self-creation cosmology :Semiconductor Bloch equations :Shape dynamics :Slowly varying envelope approximation :Spin foam :Spin glass :Spontaneous symmetry breaking :Stop squark :String theory :Stueckelberg action :Super Virasoro algebra :Superfield :Superfluid vacuum theory :Superghost :Superpartner :Supersymmetry :Tensor–vector–scalar gravity :Theories of cloaking :Theory of everything :Timeline of developments in theoretical physics :Timeline of theoretical physics :Topological excitations :Toy model :Transformation optics :Unparticle physics :Vacuum solution :Variational principle :Veneziano amplitude :Weak isospin :Weakly interacting massive particles :Wess–Zumino–Witten model :Weyl transformation :WKB approximation :World manifold :Calculus of variations :Variational principle :Action (physics) :Applications of the calculus of variations :Beltrami identity :Bounded variation :Brunn–Minkowski theorem :Caccioppoli set :Chaplygin problem :De Donder–Weyl theory :Direct method in the calculus of variations :Dirichlet's energy :Dirichlet's principle :Ekeland's variational principle :Energy principles in structural mechanics :Envelope theorem :Euler–Lagrange equation :Fermat's principle :First variation :Functional derivative :Fundamental lemma of calculus of variations :Γ-convergence :Geodesics on an ellipsoid :Geometric analysis :Hamilton's principle :Hilbert's nineteenth problem :History of variational principles in physics :Homicidal chauffeur problem :Hu Washizu principle :Inverse problem for Lagrangian mechanics :Isoperimetric inequality :Lagrange multipliers on Banach spaces :Lagrangian system :Legendre–Clebsch condition :List of variational topics :Malliavin calculus :Maupertuis' principle :Minkowski's first inequality for convex bodies :Minkowski–Steiner formula :Morse–Palais lemma :Mosco convergence :Mountain pass theorem :Nehari manifold :Noether identities :Noether's second theorem :Noether's theorem :Obstacle problem :Palais–Smale compactness condition :Path of least resistance :Plateau's problem :Pontryagin's minimum principle :Principle of least action :Pseudo-monotone operator :Regularized canonical correlation analysis :Saint-Venant's theorem :Signorini problem :Tonelli's theorem (functional analysis) :Transportation theory (mathematics) :Transversality (mathematics) :Variational bicomplex :Variational inequality :Variational vector field :Weierstrass–Erdmann condition :Dark matter :Abell 520 :Axino :Axion :Baryonic dark matter :Bullet Cluster :Chameleon particle :Cold dark matter :Cuspy halo problem :Dark fluid :Dark galaxy :Dark matter halo :Dark radiation :Dark star (dark matter) :Dwarf galaxy problem :ELKO field :Halo mass function :Holeum :Hot dark matter :Light dark matter :Lightest Supersymmetric Particle :Massive compact halo object :Minicharged particle :Mirror matter :Mixed dark matter :Navarro–Frenk–White profile :Neutralino :Neutrino :Scalar field dark matter :Self-interacting dark matter :Sterile neutrino :Strongly interacting massive particle :Warm dark matter :Weakly interacting massive particles :Differential geometry :Geometric analysis :Glossary of differential geometry and topology :Horizontal bundle :List of differential geometry topics :Projective differential geometry :Supergeometry :Abstract differential geometry :ADHM construction :Affine bundle :Affine connection :Affine curvature :Affine differential geometry :Affine focal set :Affine geometry of curves :Affine Grassmannian (manifold) :Affine manifold :Affine sphere :Analytic torsion :Anti-de Sitter space :Associate family :Associated bundle :Atiyah conjecture :Atiyah–Hitchin–Singer theorem :Autoparallel :Bäcklund transform :Banach bundle :Banach manifold :Beez's theorem :Bel–Robinson tensor :Bernstein's problem :Arthur Besse :Bitangent :Björling problem :Bochner identity :Bochner's formula :Bochner–Kodaira–Nakano identity :Bochner–Yano theorem :Bogomolny equations :Bogomolov–Miyaoka–Yau inequality :Bundle gerbe :Calabi conjecture :Calculus of moving surfaces :Calibrated geometry :Cartan connection :Cartan formalism (physics) :Cartan's equivalence method :Catalan's minimal surface :Caustic (mathematics) :Cayley's ruled cubic surface :Center of curvature :Chern–Simons form :Chern–Weil homomorphism :Chern–Weil theory :Proofs involving covariant derivatives :Clairaut's relation :Classification of manifolds :Clifford analysis :Closed geodesic :Cocurvature :Coframe :Cohn-Vossen's inequality :Conformal geometry :Conformal Killing equation :Connection (affine bundle) :Connection (composite bundle) :Connection (fibred manifold) :Connection (mathematics) :Connection form :Contact (mathematics) :Coordinate-induced basis :Costa's minimal surface :Courant algebroid :Courant bracket :Covariance and contravariance of vectors :Covariant derivative :Covariant Hamiltonian field theory :Covariant transformation :Crofton formula :Curvature form :Curved space :Darboux frame :Darboux vector :Developable surface :Development (differential geometry) :Diffeology :Differentiable stack :Spin geometry :Differential geometry of curves :Differential invariant :Directional derivative :Discrete differential geometry :Distribution (differential geometry) :Double tangent bundle :Dual curve :Dynamic fluid film equations :Eguchi–Hanson space :Elliptic complex :Envelope (mathematics) :Equiareal map :Equivariant differential form :Essential manifold :Evolute :Exterior covariant derivative :Filling area conjecture :Filling radius :First fundamental form :Fisher information metric :Frame of a vector space :Frenet–Serret formulas :Frölicher–Nijenhuis bracket :Fundamental theorem of curves :G-structure :G2 manifold :G2-structure :Gauge covariant derivative :Gauss map :Gaussian curvature :General covariance :General covariant transformations :Generalizations of the derivative :Generalized complex structure :Generalized flag variety :Geodesic map :Geodesics on an ellipsoid :Gibbons–Hawking ansatz :Grassmannian :Gromov's inequality for complex projective space :Heat kernel signature :Henneberg surface :Hermitian symmetric space :Hilbert scheme :Hitchin system :Holonomic basis :Holonomy :Homological mirror symmetry :Hopf conjecture :Hopf fibration :Hypercomplex manifold :Hyperkähler quotient :Induced metric :Information geometry :Instanton :Integral curve :Integration along fibers :Invariant differential operator :Inverse mean curvature flow :Involute :Isothermal coordinates :Isotropic manifold :Iwasawa manifold :Jet (mathematics) :K-noid :K3 surface :Kähler–Einstein metric :Klein geometry :Kronheimer–Mrowka basic class :Kulkarni–Nomizu product :L² cohomology :Lanczos tensor :Laplace operators in differential geometry :Last geometric statement of Jacobi :Lebrun manifold :Levi-Civita parallelogramoid :Lichnerowicz formula :Lie algebroid :Lie derivative :Lie groupoid :Lie sphere geometry :Lie–Palais theorem :Liouville field theory :Liouville's equation :List of nonlinear partial differential equations :Loewner's torus inequality :Manifold :Margulis lemma :Matsushima's formula :Maurer–Cartan form :Mean curvature :Mean curvature flow :Metric (vector bundle) :Metric compatibility :Metric signature :Metric tensor :Minakshisundaram–Pleijel zeta function :Minimal surface :Minkowski problem :Monodromy :Monopole (mathematics) :Monopole moduli space :Mostow rigidity theorem :Motion (geometry) :Moving frame :Multivector :Nadirashvili surface :Natural pseudodistance :Nearly Kähler manifold :Negative pedal curve :Neovius surface :Nijenhuis bracket :Nonholonomic system :Nonmetricity tensor :Normal bundle :Novikov–Shubin invariant :Orthogonal symmetric Lie algebra :Osculating circle :Osculating plane :Paneitz operator :Parabolic geometry (differential geometry) :Parallel curve :Parallelization (mathematics) :Pedal curve :Petrov classification :Plücker embedding :Poisson manifold :Polar action :Presymplectic form :Prime geodesic :Principal bundle :Principal geodesic analysis :Projective connection :Projective vector field :Pseudogroup :Pseudosphere :Pullback (differential geometry) :Pushforward (differential) :Quaternion-Kähler symmetric space :Radius of curvature (applications) :Real projective space :Reduction of the structure group :Representation up to homotopy :Ribbon (mathematics) :Ricci calculus :Ricci decomposition :Riemann's minimal surface :Riemannian connection on a surface :Round function :Ruled surface :Scherk surface :Schouten–Nijenhuis bracket :Schwarz minimal surface :Second fundamental form :Secondary vector bundle structure :Shape analysis (digital geometry) :Shape of the universe :Sharp map :Siegel upper half-space :Sine–Gordon equation :Size pair :Slice theorem (differential geometry) :Spectral geometry :Spectral shape analysis :Sphere :Spherical image :Spin connection :Spray (mathematics) :Stable normal bundle :Stiefel manifold :Symmetric Lie group :Symmetric space :Symmetry (physics) :Symmetry set :Symplectic space :Synthetic differential geometry :Systolic freedom :Tangent :Tangent indicatrix :Tangent space :Tangential and normal components :Tangential angle :Taut submanifold :Tensor field :Tetrad (index notation) :Tetrad formalism :Theorema Egregium :Three-torus :Time dependent vector field :Torsion of a curve :Torsion tensor :Tortuosity :Tractor bundle :Transversality theorem :Triply periodic minimal surface :Twist (mathematics) :Upper half-plane :Variational bicomplex :Volume entropy :Warped geometry :Weakly symmetric space :Web (differential geometry) :Weierstrass–Enneper parameterization :Weitzenböck identity :Weyl transformation :Willmore conjecture :Willmore energy :Winding number :Wirtinger inequality (2-forms) :Yamabe invariant :Zero set :Differential topology :Glossary of differential geometry and topology :Glossary of topology :Horizontal bundle :Akbulut cork :Associated bundle :Atiyah conjecture :Atlas (topology) :Band sum :Berger's inequality for Einstein manifolds :Canonical coordinates :Cerf theory :Chain complex :Classification of manifolds :Clutching construction :Cobordism :Congruence (manifolds) :Conley index theory :Connected sum :Connection (mathematics) :Cotangent bundle :Cotangent space :Covariant classical field theory :Critical value :Current (mathematics) :Degree of a continuous mapping :Inverse function theorem :Spin geometry :Disc theorem :Donaldson theory :Donaldson's theorem :Double (manifold) :Eisenbud–Levine–Khimshiashvili signature formula :Embedding :Exotic sphere :Fiber bundle :Fibration :Gluing axiom :Gradient-like vector field :H-cobordism :Hairy ball theorem :Horizontal form :Immersion (mathematics) :Implicit function :Integrability conditions for differential systems :Inverse bundle :Jet bundle :Kervaire invariant :Kervaire manifold :Kervaire semi-characteristic :L² cohomology :Lie algebra bundle :Lie bracket of vector fields :Lie derivative :Line bundle :Manifold :Massey product :Mazur manifold :Minimax eversion :Neat submanifold :Nonholonomic system :Introduction to gauge theory :Normal bundle :Obstruction theory :Orbifold :Orientability :Parallelizable manifold :Partition of unity :Polyvector field :Pontryagin class :Pseudogroup :Reduction of the structure group :Regular homotopy :Riemann–Roch theorem for smooth manifolds :Secondary vector bundle structure :Section (fiber bundle) :Seifert conjecture :Serre–Swan theorem :Sharp map :Smale's paradox :Smooth structure :Sphere :Stokes' theorem :Stunted projective space :Submanifold :Symplectic manifold :Symplectic space :Symplectization :Tangent :Tangent bundle :Tangent space :Tensor field :Three-torus :Topological degree theory :Transversality (mathematics) :Unit tangent bundle :Vector bundle :Vector field :Vector fields on spheres :Vector flow :Vertical bundle :Whitney conditions :Whitney topologies :Whitney umbrella :Yamabe invariant :Bethe–Salpeter equation :Boltzmann equation :Breit equation :Constitutive equation :Convection–diffusion equation :Defining equation (physics) :Dirac equation in the algebra of physical space :Einstein field equations :Einstein–Rosen metric :Electromagnetic wave equation :Elliott formula :Equations of motion :Froissart Stora equation :Landau–Lifshitz–Gilbert equation :List of electromagnetism equations :List of equations in classical mechanics :List of equations in fluid mechanics :List of equations in gravitation :List of equations in nuclear and particle physics :List of equations in quantum mechanics :List of equations in wave theory :List of photonics equations :List of relativistic equations :History of Maxwell's equations :List of textbooks in electromagnetism :Matrix representation of Maxwell's equations :Maxwell's equations :Nahm equations :Numerical solution of the convection–diffusion equation :Permeability Derivation based on Capillary Tube Model :Quantum KZ equations :Relativistic wave equations :Semiconductor Bloch equations :Two-body Dirac equations :Yang–Baxter equation :List of integrable models :Arnold's cat map :Bäcklund transform :Baker's map :Bethe ansatz :Bullough–Dodd model :Chiral Potts curve :Corner transfer matrix :Domino tiling :Dym equation :Eight-vertex model :Gingerbreadman map :Hard hexagon model :Ice-type model :Inverse scattering transform :Ising model :Kadomtsev–Petviashvili equation :KdV hierarchy :Korteweg–de Vries equation :Kramers–Wannier duality :Kuramoto model :Lax pair :List of nonlinear partial differential equations :Minimal models :Nonlinear Schrödinger equation :Novikov–Veselov equation :Potts model :Quantum affine algebra :Quantum inverse scattering method :Riemann–Hilbert problem :Rosenau–Hyman equation :Schwinger model :Sine–Gordon equation :Spherical model :Square-lattice Ising model :Thirring model :Thirring–Wess model :Toda field theory :Toda lattice :Topological quantum number :Wess–Zumino–Witten model :Yang–Baxter equation :Yangian :Z N model :Hamiltonian mechanics :Action (physics) :Action-angle coordinates :Arnold–Givental conjecture :Canonical coordinates :Canonical transformation :Dirac bracket :Fundamental vector field :Generating function (physics) :Geodesics as Hamiltonian flows :Geometric mechanics :Hamilton–Jacobi equation :Hamilton–Jacobi–Einstein equation :Hamiltonian (quantum mechanics) :Hamiltonian fluid mechanics :Hamiltonian system :Hamiltonian vector field :Hitchin system :Integrable system :Jacobi coordinates :Kolmogorov–Arnold–Moser theorem :Lagrange bracket :Lagrange, Euler and Kovalevskaya tops :Linear canonical transformation :Liouville's theorem (Hamiltonian) :Liouville-Arnold theorem :List of common coordinate transformations :Mathieu transformation :Maupertuis' principle :Minimal coupling :Moment map :Monogenic system :Nambu mechanics :Non-autonomous mechanics :Phase space :Phase space formulation :Poisson bracket :Reversible reference system propagation algorithm :Superintegrable Hamiltonian system :Swinging Atwood's machine :Symplectic integrator :Symplectic manifold :Symplectomorphism :Tautological one-form :Weinstein conjecture :Ideal gas :Bose gas :Fermi gas :Gas constant :Ideal gas law :Sackur–Tetrode equation :AKNS system :DBAR problem :Gelfand–Zeitlin integrable system :Integrable system :Nahm equations :Volterra lattice :W-algebra :Ward's conjecture :Lattice model (physics) :AKLT Model :ANNNI model :Bethe lattice :Biham–Middleton–Levine traffic model :Bond fluctuation model :Cellular Potts model :Chiral Potts model :Classical Heisenberg model :Classical XY model :Conformal loop ensemble :Contact process (mathematics) :Corner transfer matrix :Directed percolation :Domino tiling :Eight-vertex model :Fermion doubling :Feynman checkerboard :Hamiltonian lattice gauge theory :Hard hexagon model :Hubbard model :Ice-type model :Interacting particle system :Ising model :Jordan–Wigner transformation :Kosterlitz–Thouless transition :Kramers–Wannier duality :Kuramoto model :Lattice Boltzmann methods :Lattice density functional theory :Lattice field theory :Lattice gauge theory :Lattice QCD :Majumdar–Ghosh Model :N-vector model :Nielsen-Ninomiya theorem :Percolation theory :Potts model :Quasi-harmonic approximation :Quenched approximation :Reversibly assembled cellular composite materials :Rule 184 :Scaling limit :Spherical model :Square-lattice Ising model :Stochastic cellular automaton :T-J model :Toda field theory :Vertex model :Voter model :Z N model :Combinatorics and physics :Almost Mathieu operator :Baker–Campbell–Hausdorff formula :Bargmann–Wigner equations :Berezin integral :Bit-string physics :Bloch wave :Bred vector :C-theorem :Calabi–Yau manifold :Canonical commutation relation :Change of variables :Christoffel symbols :Circular ensemble :Classical Mechanics (Kibble and Berkshire) :Classification of electromagnetic fields :Coefficient of fractional parentage :Coherent states in mathematical physics :Combinatorial hierarchy :Common integrals in quantum field theory :Darboux's theorem :De Donder–Weyl theory :Degasperis–Procesi equation :Diffeomorphism :Dirac operator :Eigenvalues and eigenvectors :Einstein manifold :Einstein notation :Electromagnetic wave equation :Equation of everything :Equipotential :Euclidean random matrix :FBI transform :Fedosov manifold :Five Equations That Changed the World: The Power and Poetry of Mathematics :Floer homology :Fourier analysis :Fourier transform :Functional integration :Goldstone boson :Gravitational instanton :Heisenberg group :Homoeoid :Hunter–Saxton equation :K-Poincaré algebra :K-Poincaré group :Kerner’s breakdown minimization principle :Killing horizon :Koopman–von Neumann classical mechanics :Laplace–Runge–Lenz vector :Level-spacing distribution :Linear transport theory :Physics equations :Lyapunov vector :Magnus expansion :Mathematical descriptions of the electromagnetic field :Mathematical physics :Monopole (mathematics) :Moyal product :Multiple-scale analysis :N = 1 supersymmetry algebra in 1 + 1 dimensions :Nahm equations :Werner Nahm :Nambu mechanics :Numerical analysis :Nuts and bolts (general relativity) :Pendulum (mathematics) :Perturbation theory :Phase retrieval :Point source :Pöschl–Teller potential :Potential theory :Pregeometry (physics) :Projection method (fluid dynamics) :Pseudo-Goldstone boson :Quantization (physics) :Quantum field theory :Quantum geometry :Quantum KZ equations :Quantum spacetime :Quantum triviality :Radius of convergence :Random matrix :Relativistic chaos :Relativistic quantum mechanics :Renormalization :Renormalization group :Rigorous coupled-wave analysis :Ruppeiner geometry :Schröder's equation :Sign convention :Spatial frequency :Spin glass :Spin network :Spin structure :Supermanifold :Supermathematics :Theory of sonics :Three-phase traffic theory :Toda oscillator :Tractrix :Traffic congestion: Reconstruction with Kerner's three-phase theory :Traffic flow :Twistor correspondence :Two-body Dirac equations :Uncertainty principle :Wehrl entropy :Weingarten function :Wess–Zumino–Witten model :Wiener sausage :Wigner quasiprobability distribution :Wigner–Weyl transform :Wu–Sprung potential :Canonical quantization :Dirac bracket :Dirac–von Neumann axioms :Fredholm module :Fuzzy sphere :Geometric quantization :Heisenberg group :Kontsevich quantization formula :Lagrangian foliation :Lagrangian Grassmannian :Moyal bracket :Moyal product :Noncommutative geometry :Noncommutative quantum field theory :Phase space formulation :QED vacuum :Quantization (physics) :Quantization of the electromagnetic field :Quantum affine algebra :Quantum group :Second quantization :Stone–von Neumann theorem :Theta representation :Wigner–Weyl transform :Operator theory :Abstract index group :Affiliated operator :Antieigenvalue theory :Approximation property :AW*-algebra :Banach–Stone theorem :Beltrami equation :Berezin transform :Bounded inverse theorem :Bounded operator :Browder–Minty theorem :Calkin algebra :Cauchy–Schwarz inequality :Choi's theorem on completely positive maps :Cholesky decomposition :Commutant lifting theorem :Compact operator :Compact operator on Hilbert space :Composition operator :Contraction (operator theory) :Controlled invariant subspace :Convexoid operator :Cotlar–Stein lemma :Crossed product :De Branges space :Densely defined operator :Dilation (operator theory) :Discrete Laplace operator :Dissipative operator :Dixmier trace :Douglas' lemma :Eigenvalues and eigenvectors of the second derivative :Extensions of symmetric operators :Farrell–Markushevich theorem :Finite-rank operator :Friedrichs extension :Fuglede's theorem :Gelfand–Naimark theorem :Grunsky matrix :Hamiltonian (quantum mechanics) :Hardy space :Hermitian adjoint :Hilbert C*-module :Hilbert space :Hilbert–Schmidt integral operator :Hilbert–Schmidt operator :Hilbert–Schmidt theorem :Hypercyclic operator :Hyponormal operator :Indefinite inner product space :Integration by parts operator :Invariant subspace :Invariant subspace problem :Jacobi operator :Jordan operator algebra :Kato's conjecture :Kronecker sum of discrete Laplacians :Krylov subspace :Kuiper's theorem :Linear subspace :Littlewood subordination theorem :Multipliers and centralizers (Banach spaces) :Naimark's dilation theorem :Nemytskii operator :Nest algebra :Neumann–Poincaré operator :Nilpotent operator :Normal operator :Nuclear operator :Nuclear space :Numerical range :Operator (physics) :Operator algebra :Operator norm :Operator space :Operator system :Ornstein–Uhlenbeck operator :Oscillator representation :Paranormal operator :Partial isometry :Polar decomposition :Positive-definite kernel :Positive-definite function on a group :Product numerical range :Pseudo-monotone operator :Quasinormal operator :Reflexive operator algebra :Resolvent set :Riesz–Thorin theorem :Schatten class operator :Schatten norm :Self-adjoint operator :Sherman–Takeda theorem :Singular integral operators of convolution type :Singular integral operators on closed curves :Singular value :Sobolev spaces for planar domains :Spectral theory of ordinary differential equations :Stein–Strömberg theorem :Stinespring factorization theorem :Strictly singular operator :Sturm–Liouville theory :Subfactor :Subnormal operator :Symmetrizable compact operator :Sz.-Nagy's dilation theorem :Toeplitz operator :Tomita–Takesaki theory :Topological tensor product :Trace class :Trace inequalities :Transfer operator :Unbounded operator :Uniformly bounded representation :Unitary operator :Volterra operator :Von Neumann algebra :Von Neumann bicommutant theorem :Von Neumann's inequality :Von Neumann's theorem :Weyl–von Neumann theorem :Wold's decomposition :Common integrals in quantum field theory :History of quantum field theory :List of quantum field theories :Quantum field theory :'t Hooft operator :(−1)F :Accidental symmetry :ADHM construction :Algebraic holography :Amplituhedron :Anomalous magnetic dipole moment :Anti-symmetric operator :Antimatter :Asymptotic freedom :Asymptotic safety in quantum gravity :Auxiliary field :Axiomatic quantum field theory :Background field method :Banks–Zaks fixed point :Bare mass :Bargmann–Wigner equations :Batalin–Vilkovisky formalism :BCFW recursion :Berezin integral :Beta function (physics) :Bethe–Salpeter equation :BF model :Bhabha scattering :Bispinor :Bogoliubov causality condition :Bogoliubov transformation :Bogoliubov–Parasyuk theorem :Bogomol'nyi–Prasad–Sommerfield bound :Borchers algebra :Born–Infeld model :Bose–Einstein statistics :Boson :Bosonic field :Bosonization :Bound state :BPS state :Brane :BRST quantization :Bullough–Dodd model :Bumblebee models :Bunch–Davies vacuum :Butcher group :C parity :C-symmetry :C-theorem :Callan–Symanzik equation :Caloron :Canonical quantization :Casimir effect :Casimir pressure :Causal perturbation theory :CCR and CAR algebras :Central charge :Charmed baryons :Chern–Simons theory :Chiral gauge theory :Chiral model :Chiral symmetry :Chiral symmetry breaking :Chirality (physics) :Cluster decomposition theorem :Cobordism hypothesis :Coleman–Mandula theorem :Coleman–Weinberg potential :Composite field :Constraint algebra :Constructive quantum field theory :Correlation function (quantum field theory) :Coupling constant :CP violation :CPT symmetry :Creation and annihilation operators :Crossing (physics) :Current algebra :Cutoff (physics) :Dimensional regularization :Dimensional transmutation :Dirac adjoint :Dirac equation :Dirac equation in curved spacetime :Dirac equation in the algebra of physical space :Dirac hole theory :Dirac sea :Dirac spinor :Dirac string :Disorder operator :Dual superconductor model :Dyon :Dyson series :Edge-of-the-wedge theorem :Effective action :Effective field theory :Einstein–Maxwell–Dirac equations :Elementary particle :Elitzur's theorem :ELKO field :Symmetry in quantum mechanics :Faddeev–Popov ghost :False vacuum :Fano resonance :Fermi point :Fermi's interaction :Fermi–Dirac statistics :Fermion :Fermionic condensate :Fermionic field :Feynman checkerboard :Feynman diagram :Feynman parametrization :Feynman slash notation :Fierz identity :Firewall (physics) :Fock space :Fock state :Foldy–Wouthuysen transformation :Form factor (quantum field theory) :Four-fermion interactions :Free field :Functional integration :Functional renormalization group :Gamma matrices :Gauge fixing :Gaussian fixed point :Gelfand–Naimark–Segal construction :Gell-Mann and Low theorem :GIM mechanism :Global symmetry :Gluon field :Gluon field strength tensor :Goldstone boson :Grassmann integral :Grassmann number :Graviphoton :Green's function (many-body theory) :Gribov ambiguity :Gross–Neveu model :Gupta–Bleuler formalism :GW approximation :Haag's theorem :Hamilton–Jacobi–Einstein equation :Hawking radiation :Heavy Baryon Chiral Perturbation Theory :Helicity (particle physics) :Higgs boson :Higgs mechanism :Higgs phase :Higher-dimensional gamma matrices :Infraparticle :Infrared divergence :Infrared fixed point :Instanton :Intrinsic parity :Invariance mechanics :Jordan–Wigner transformation :Källén–Lehmann spectral representation :Kinoshita-Lee-Nauenberg theorem :Klein transformation :Klein–Gordon equation :Klein–Nishina formula :KMS state :Lamb shift :Landau pole :Large gauge transformation :Lie conformal algebra :Liouville field theory :List of integrable models :List of mathematical topics in quantum theory :Local quantum field theory :Loop integral :LSZ reduction formula :Luttinger liquid :Magnetic catalysis :Magnetic monopole :Majorana equation :Majorana fermion :Mandelstam variables :Mass gap :Mermin–Wagner theorem :Minimal coupling :Minimal subtraction scheme :Moduli (physics) :Møller scattering :Montonen–Olive duality :Multiplicative quantum number :N = 4 supersymmetric Yang–Mills theory :N=8 Supergravity :Nambu–Jona-Lasinio model :Newton–Wigner localization :Nielsen-Ninomiya theorem :Nielsen–Olesen vortex :Nielsen–Olsen string :No-go theorem :Noether's second theorem :Noether's theorem :Non-linear sigma model :Non-topological soliton :Noncommutative quantum field theory :Nonlinear Dirac equation :Nonlocal Lagrangian :Normal order :NPDGamma :Octacube (sculpture) :On shell and off shell :On shell renormalization scheme :One-loop Feynman diagram :Operator product expansion :Optical theorem :Order operator :P-form electrodynamics :Parity (physics) :Particle physics and representation theory :Partition function (quantum field theory) :Path integral formulation :Path-ordering :Pauli–Lubanski pseudovector :Pauli–Villars regularization :Penguin diagram :Photomagneton :Physics applications of asymptotically safe gravity :Planck scale :Poincaré group :Precision tests of QED :Primon gas :Proca action :Alexandru Proca :Propagator :Pseudo-Goldstone boson :Q-ball :QED vacuum :Quantization (physics) :Quantization of the electromagnetic field :Quantum chromodynamics :Quantum electrodynamics :Quantum field theory in curved spacetime :Quantum foam :Quantum gauge theory :Quantum inequalities :Quantum nonlocality :Quartic interaction :Qubit field theory :Rarita–Schwinger equation :Reeh–Schlieder theorem :Regularization (physics) :Relation between Schrödinger's equation and the path integral formulation of quantum mechanics :Relationship between string theory and quantum field theory :Relativistic Breit–Wigner distribution :Relativistic wave equations :Renormalization :Renormalization group :Representation theory of the Poincaré group :Resummation :S-duality :S-matrix :Scalar boson :Scalar electrodynamics :Scalar field :Scalar field theory :Scaling dimension :Scharnhorst effect :Schrödinger field :Schrödinger functional :Schwinger model :Schwinger parametrization :Schwinger's quantum action principle :Schwinger–Dyson equation :Second quantization :Seesaw mechanism :Seiberg duality :Self-energy :Semiclassical gravity :Semiclassical physics :Sigma model :Slavnov–Taylor identities :Soft photon :Soler model :Sommerfeld expansion :Source field :Sphaleron :Spin (physics) :Spin diffusion :Spin network :Spin tensor :Spin–statistics theorem :Spinor :Spinor field :Spontaneous symmetry breaking :Spurion :Standard-Model Extension :Static forces and virtual-particle exchange :Stochastic electrodynamics :Stueckelberg action :Superfield :Superselection :T-duality :T-symmetry :Tadpole (physics) :Technicolor (physics) :Thermal quantum field theory :Thirring model :Thirring–Wess model :Topological quantum computer :Topological quantum field theory :Topological quantum number :Quantum triviality :Twistor theory :Two-body Dirac equations :U-duality :Ultraviolet divergence :Unitarity gauge :Unruh effect :UV completion :Ultraviolet fixed point :Vacuum angle :Vacuum energy :Vacuum expectation value :Vacuum manifold :Vacuum polarization :Vacuum state :Vafa–Witten theorem :Van der Waerden notation :Vector boson :Vertex function :Virtual particle :Volume operator :Ward–Takahashi identity :Wave function renormalization :Weinberg–Witten theorem :Wess–Zumino–Witten model :Wick rotation :Wick's theorem :Wightman axioms :Wigner's classification :Wilson loop :Wu–Yang monopole :Yukawa interaction :Yukawa potential :Zero-point energy :Zeta function regularization :Zitterbewegung :Fractional quantum mechanics :Fractional Schrödinger equation :Introduction to eigenstates :Introduction to quantum mechanics :List of mathematical topics in quantum theory :Mathematical formulation of quantum mechanics :Quantum calculus :Quantum mechanics :6-j symbol :9-j symbol :Above threshold ionization :Adiabatic invariant :Adiabatic quantum computation :Aharonov–Bohm effect :Aharonov–Casher effect :Angular momentum diagrams (quantum mechanics) :Angular momentum operator :Antisymmetrizer :Arthur Komar :Atom laser :Atomic electron transition :Auxiliary field Monte Carlo :Avoided crossing :Ballistic conduction in single-walled carbon nanotubes :Bargmann's limit :Bargmann–Wigner equations :Bell's theorem :Berry connection and curvature :Bethe–Salpeter equation :Bit-string physics :BKS theory :Bloch spectrum :Bloch sphere :Bogoliubov inner product :Bose gas :Bound state :Bra–ket notation :Breit equation :Bures metric :C parity :C-number :Calogero conjecture :Canonical commutation relation :Canonical quantization :Categorical quantum mechanics :Quantum chaos :Charmed baryons :Chladni's law :Classical and quantum conductivity :Classical limit :Clebsch–Gordan coefficients :Cluster-expansion approach :Coherence (physics) :Coherent states :Coincidence counting (physics) :Collision problem :Combinatorial hierarchy :Combinatorics and physics :Complementarity (physics) :Complete set of commuting observables :Conjugate variables :Constraint algebra :Continuous-time quantum walk :Correspondence principle :Correspondence rules :Coupling constant :Creation and annihilation operators :DACAPO :Davydov soliton :Degenerate energy levels :Density matrix :Dephasing rate SP formula :Derivations of the Lorentz transformations :Diabatic :Dirac equation in the algebra of physical space :Dirac operator :Dirac spectrum :Dirac spinor :Dirac–von Neumann axioms :Dissipation model for extended environment :Double ionization :Double-slit experiment :Drell–Yan process :Duru–Kleinert transformation :Dynamical mean field theory :Dynamical pictures (quantum mechanics) :Dynamical reduction :Efimov effect :Efimov state :Ehrenfest theorem :Ehrenfest–Tolman effect :Eigenspinor :Eigenstate thermalization hypothesis :Einselection :Einstein–Brillouin–Keller method :Electric dipole transition :Electromagnetically induced grating :Electromagnetically induced transparency :Electron diffraction :Electron nuclear double resonance :Electron shell :Elementary particle :Elliott formula :Energy level splitting :Energy operator :Ensemble interpretation :Entanglement distillation :EP quantum mechanics :Ermakov–Lewis invariant :Evanescent wave :Symmetry in quantum mechanics :Excited state :Expectation value (quantum mechanics) :Faddeev equations :Fano resonance :Fermi heap and Fermi hole :Few-body systems :Field electron emission :Finite potential well :First quantization :Fixed orbit :Flux quantization :Fock space :Fock state :Förster coupling :Free carrier absorption :Free particle :Froissart Stora equation :Fubini–Study metric :Functional integration :Gamow–Teller transition :Gausson (physics) :Geometric phase :Ghost imaging :Glossary of elementary quantum mechanics :Good quantum number :Ground state :Gyrovector space :Hamilton–Jacobi–Einstein equation :Hamiltonian (quantum mechanics) :Hartman effect :Heisenberg picture :Heisenberg's entryway to matrix mechanics :Hellmann–Feynman theorem :Hilbert space :History of spectroscopy :Holomovement :Holstein–Primakoff transformation :Hooke's atom :Hopfield dielectric :Hydrodynamic quantum analogs :Hydrogen-like atom :Imaginary time :Implicate and explicate order :Instrumentalist interpretation :Interaction picture :Interatomic Coulombic decay :Interpretations of quantum mechanics :Intersubband polariton :Intersystem crossing :Intrinsic parity :Invariant set postulate :Ionized impurity scattering :Kapitsa–Dirac effect :Kato theorem :Kicked rotator :Kochen–Specker theorem :Kubo formula :Ladder operator :Landau quantization :Landau–Zener formula :Landauer formula :Langmuir states :Lattice scattering :Leggett inequality :Leslie Lawrance Foldy :Lev Pitaevskii :Level repulsion :Light dressed state :Lindblad equation :Lindblad superoperator :Linear entropy :List of quantum-mechanical systems with analytical solutions :Logarithmic Schrödinger equation :London moment :Macroscopic quantum phenomena :Macroscopic quantum self-trapping :Macroscopic quantum state :Madelung equations :Magnetic translation :Many-body problem :Many-body theory :Myron Mathisson :Matrix mechanics :Maxwell-Bloch equations :Measurement in quantum mechanics :Mesoscopic physics :Minority interpretations of quantum mechanics :Momentum operator :Position and momentum space :Monte Carlo methods for electron transport :Moyal bracket :Multiplet :Multiverse :N-slit interferometric equation :Nakajima-Zwanzig equation :Negative probability :Non-linear coherent states :NOON state :Normal mode :NPDGamma :Nuclear structure :Observable :Observer (quantum physics) :Old quantum theory :Open quantum system :Orbital magnetization :Oscillator representation :P-adic quantum mechanics :Parity (physics) :The Part and The Whole :Partial wave analysis :Particle number operator :Path integral formulation :Pauli equation :Perturbation theory (quantum mechanics) :Phase factor :Phase space formulation :Photon polarization :The Physical Principles of the Quantum Theory :Physical Review A :Poole–Frenkel effect :Pöschl–Teller potential :Position operator :Potential energy surface :Potential well :Preparation (physics) :Principle of locality :The Principles of Quantum Mechanics :Probability amplitude :Probability current :Product numerical range :Product state :Propagator :Pulsed EPR :Purity (quantum mechanics) :Quantization (physics) :Quantum :Quantum 1/f noise :Quantum Aspects of Life :Quantum biology :Quantum Byzantine agreement :Quantum capacitance :Quantum carpet :Quantum clock :Quantum cloning :Quantum contextuality :Quantum coupling :Quantum critical point :Quantum cylindrical quadrupole :Quantum dissipation :Quantum dynamics :Quantum entanglement :Quantum ergodicity :Quantum fiction :Quantum field theory :Quantum fluctuation :Quantum game theory :Quantum geometry :Quantum graph :Quantum gyroscope :Quantum history :Quantum hydrodynamics :Quantum imaging :Quantum indeterminacy :Quantum instrument :Quantum jump method :Quantum level :Quantum limit :Quantum lithography :Quantum logic :Quantum machine :List of quantum-mechanical potentials :Quantum mechanics of time travel :Quantum metamaterials :Quantum metrology :Quantum money :Quantum noise :Quantum non-equilibrium :Quantum number :Quantum operation :Quantum pendulum :Quantum phases :Quantum point contact :Quantum potential :Quantum probability :Quantum process :Quantum pseudo-telepathy :Quantum realm :Quantum reference frame :Quantum reflection :Quantum revival :Quantum sensor :Quantum simulator :Quantum state :Quantum statistical mechanics :Quantum stirring, ratchets, and pumping :Quantum stochastic calculus :Quantum superposition :Quantum t-design :Quantum technology :Quantum tic-tac-toe :Quantum tomography :Quantum topology :Quantum tunnelling :Quantum vacuum plasma thruster :Quantum vortex :Quantum well :Quantum-confined Stark effect :Quasi-set theory :Rectangular potential barrier :Relation between Schrödinger's equation and the path integral formulation of quantum mechanics :Relational approach to quantum physics :Relativistic dynamics :Relativistic electron beam :Relativistic particle :Relativistic quantum mechanics :Relativistic wave equations :Representation theory of the Galilean group :Representation theory of the Lorentz group :Resonances in scattering from potentials :Retrocausality :Rotation operator (quantum mechanics) :Sakurai's Bell inequality :Scale relativity :Scar (physics) :Scattering length :Scattering theory :Schrieffer-Wolff transformation :Schrödinger group :Schrödinger picture :Scissors Modes :Second sound :Selection rule :Semicircular potential well :Semiclassical physics :Semiconductor Bloch equations :Semilinear response :Separable state :SIC-POVM :Siegfried Adolf Wouthuysen :Singlet fission :Singlet state :Slater determinant :Sommerfeld–Kossel displacement law :Spherical basis :Spherium :Spin echo :Spin model :Spin stiffness :Spin tensor :Spin-½ :Spin-exchange interaction :Spin–statistics theorem :Spinor :Stationary state :Solution of Schrödinger equation for a step potential :Stereoelectronics :Stimulated raman adiabatic passage :Stokes operators :Strong Subadditivity of Quantum Entropy :Strongly correlated material :Subatomic particle :Sum rule in quantum mechanics :Superdeterminism :Superradiant phase transition :Superselection :Supersymmetric quantum mechanics :Susskind-Glogower operator :T-J model :T-symmetry :Tensor operator :Theoretical and experimental justification for the Schrödinger equation :Thermal conductance quantum :Time-evolving block decimation :Timeline of quantum mechanics :Topological quantum number :Trace distance :Transition of state :Translation operator (quantum mechanics) :Transmission coefficient :Triplet state :Quantum triviality :Trojan wave packet :Tsirelson's bound :Tunnel injection :Two-state vector formalism :U-bit :Ultracold atom :Uncertainty principle :Unitarity (physics) :Universal conductance fluctuations :Universality and quantum systems :Valleytronics :Wannier equation :Wave function :Wave packet :Weak measurement :Wehrl entropy :Werner state :Weyl equation :Wigner 3-j symbols :Wigner quasiprobability distribution :Wigner's theorem :Wigner–Eckart theorem :Wigner–Weyl transform :1s Slater-type function :Delta potential :Electron wave-packet interference :Helium atom :Hooke's atom :Hydrogen atom :List of quantum-mechanical systems with analytical solutions :Particle in a box :Particle in a one-dimensional lattice :Particle in a ring :Particle in a spherically symmetric potential :Quantum capacitance :Quantum cognition :Quantum harmonic oscillator :Quantum LC circuit :Quantum pendulum :SCOP formalism :Semicircular potential well :Spherium :Two-electron atom :Two-state quantum system :List of string theory topics :1/N expansion :AdS/CFT correspondence :AdS/QCD correspondence :AdS/CMT correspondence :String phenomenology :Bagger–Lambert–Gustavsson action :Black string :Born–Infeld model :Bosonic string theory :Brane :Brane cosmology :Bumblebee models :Calabi flow :Calabi–Yau manifold :Chan–Paton factor :Compact dimension :Compactification (physics) :Conformal anomaly :Conifold :Critical dimension :Crypton (particle) :Cyclic model :D-brane :Dilaton :Domain wall (string theory) :DS/CFT correspondence :Dual resonance model :Eguchi–Hanson space :F-theory :False vacuum :Flop-transition :Freund–Rubin compactification :Fuzzball (string theory) :Glossary of string theory :Goddard–Thorn theorem :Graviton :Green–Schwarz mechanism :Gromov–Witten invariant :GSO projection :Hagedorn temperature :Hanany–Witten transition :Heterotic string theory :History of string theory :Hitchin functional :Homological mirror symmetry :Hořava–Witten domain wall :Introduction to M-theory :K-theory (physics) :K3 surface :Curtright field :Kalb–Ramond field :Kaluza–Klein theory :Kerr/CFT correspondence :Light front holography :Liouville field theory :Little string theory :Lorentz invariance in non-critical string theory :Lovelock theory of gravity :M-theory :M2-brane :Matrix string theory :Mirror symmetry (string theory) :N = 2 superconformal algebra :N=2 superstring :Nambu–Goto action :Non-critical string theory :NS5-brane :Operator product expansion :Orientifold :Picture (string theory) :Polyakov action :Polyakov formula :Primordial black hole :Pseudoholomorphic curve :Quantum cohomology :Ramond–Ramond field :Randall–Sundrum model :Relationship between string theory and quantum field theory :Ryan Rohm :S-brane :S-duality :Seiberg-Witten map :Split supersymmetry :Stable map :String (physics) :String background :String cosmology :String duality :String field theory :String theory :String theory landscape :String topology :Strominger's equations :Super Virasoro algebra :Supersplit supersymmetry :Superstring theory :Swampland (physics) :SYZ conjecture :T-duality :Tachyon :Tachyon condensation :Tachyonic field :Topological string theory :Twisted sector :Twistor string theory :Type 0 string theory :Type I string theory :Type II string theory :U-duality :Vorton :Wall-crossing :Worldsheet :Zeta function regularization :Symmetry :3D mirror symmetry :The Ambidextrous Universe :List of animals featuring external asymmetry :Asymmetry :Asymmetry Principle :Automorphism :C-symmetry :Centrosymmetry :Chirality (chemistry) :Chirality (physics) :Circular symmetry :Commutative property :Conformal field theory :Conformal symmetry :Conservation law :Conserved current :Continuous symmetry :Coxeter notation :CP violation :CPT symmetry :Crystal system :Crystallographic point group :Cyclic symmetry in three dimensions :Dihedral symmetry in three dimensions :Directional symmetry (time series) :Discrete symmetry :Droste effect :Einstein group :Elitzur's theorem :Erlangen program :Explicit symmetry breaking :Fibrifold :Fock–Lorentz symmetry :Gauge symmetry (mathematics) :Glide plane :Global symmetry :Group (mathematics) :Group action :Gul (design) :Jay Hambidge :Higgs field (classical) :Higgs mechanism :Higgs sector :Homological mirror symmetry :Inequivalent symmetry :Inherent chirality :International Society for the Interdisciplinary Study of Symmetry :Inversion transformation :Irreducible representation :Isometry :Jucys–Murphy element :Left–right symmetry :Lie group :Lie groupoid :Lie point symmetry :List of space groups :List of spherical symmetry groups :Local symmetry :Lorentz covariance :Misorientation :Modular invariance :Molecular symmetry :Noether's second theorem :Noether's theorem :Non-Euclidean crystallographic group :Introduction to gauge theory :One-dimensional symmetry group :P-compact group :Poincaré group :Polar point group :Regular polytope :Reversible dynamics :Rotational symmetry :Sauwastika :Scale invariance :Schoenflies notation :Screw axis :Sheela na gig :Space group :Spacetime symmetries :Special conformal transformation :Spontaneous symmetry breaking :Stueckelberg action :Symmetric group :Symmetric relation :Symmetric spectrum :Symmetry breaking :Symmetry element :Symmetry group :Symmetry in biology :Symmetry in mathematics :Symmetry (physics) :Symmetry number :Symmetry of second derivatives :Symmetry operation :SYZ conjecture :T-symmetry :Taijitu :Tessellation :Three hares :Through and through :Toilet paper orientation :Transformation geometry :Translational symmetry :Triskelion :Uncorrelated asymmetry :Weyl transformation :Yang–Mills theory :Glossary of tensor theory :Palatini identity :Raising and lowering indices :Tensor :Abstract index notation :Angular velocity :Antisymmetric tensor :Application of tensor theory in engineering :Axiality and rhombicity :Bach tensor :Bivector :Calculus of moving surfaces :Cartesian tensor :Cauchy stress tensor :Characteristic polynomial :Proofs involving covariant derivatives :Codazzi tensor :Contorsion tensor :Cotton tensor :Covariance and contravariance of vectors :Covariant transformation :Deformation (mechanics) :Diffusion MRI :Dyadics :Einstein notation :Electromagnetic stress–energy tensor :Electromagnetic tensor :Finite strain theory :Four-tensor :Fractional anisotropy :Gyration tensor :Holor :Invariants of tensors :Jordan and Einstein frames :Kulkarni–Nomizu product :Laguerre form :Lanczos tensor :Levi-Civita symbol :Lisp Algebraic Manipulator :List of moments of inertia :Manifest covariance :Matricization :Maxwell stress tensor :Metric tensor :Mixed tensor :Multilinear subspace learning :Multivector :Penrose graphical notation :Plebanski tensor :Pseudotensor :Pullback (differential geometry) :Recurrent tensor :Relative scalar :Reynolds stress :Ricci calculus :Saint-Venant's compatibility condition :Scalar-tensor theory :Schouten tensor :Schur–Weyl duality :Segre classification :SHEEP (symbolic computation system) :Spherical basis :Spin tensor :Stewart–Walker lemma :Stress (mechanics) :Stress–energy tensor :Stress–energy–momentum pseudotensor :Structure tensor :Symmetric tensor :Tensor (intrinsic definition) :Tensor algebra :Tensor calculus :Tensor contraction :Tensor density :Tensor operator :Tensor product of quadratic forms :Tensor software :Tensor-hom adjunction :Tidal tensor :Trace diagram :Two-point tensor :Two-vector :Veronese surface :Voigt notation :Adiabatic quantum computation :Betti's theorem :Birkhoff's theorem (electromagnetism) :Blondel's theorem :Bogoliubov–Parasyuk theorem :Bohr–van Leeuwen theorem :Bragg–Gray cavity theory :Buckingham π theorem :Carnot's theorem (thermodynamics) :Chung–Fuchs theorem :Clairaut's theorem :Clapeyron's theorem (elasticity) :Clausius theorem :Density functional theory :Earnshaw's theorem :Fluctuation-dissipation theorem :Free will theorem :Goldstone's theorem :H-theorem :Haag–Lopuszanski–Sohnius theorem :Hohenberg-Kohn theorems :König's theorem (kinetics) :Kramers theorem :Kutta–Joukowski theorem :Lami's theorem :Leggett inequality :Leggett–Garg inequality :Mermin–Wagner theorem :No-broadcast theorem :No-cloning theorem :No-communication theorem :Noether's theorem :Odd number theorem :Optical equivalence theorem :Optical sine theorem :Optical theorem :Osterwalder-Schrader theorem :Pandya theorem :Parallel axis theorem :Penrose–Hawking singularity theorems :Perpendicular axis theorem :Poynting's theorem :Saint-Venant's theorem :Scallop theorem :Shell theorem :Shockley–Ramo theorem :Taylor–Proudman theorem :Tennis racket theorem :Theorem of three moments :Varignon's theorem (mechanics) :Virial theorem :Wick's theorem :List of theoretical physicists :Azamat Abdoullaev :Alexei Alexeyevich Abrikosov :Vadym Adamyan :Diederik Aerts :Shahriar Afshar :Masud Ahmad :Jim Al-Khalili :Miguel Alcubierre :Ghulam Dastagir Alam :H. Stanley Allen :Philip Warren Anderson :SM Razaullah Ansari :George B. Arfken :Akito Arima :Nima Arkani-Hamed :Bülent Atalay :John C. Baez :A. P. Balachandran :Karen Barad :William A. Bardeen :Thomas G. Barnes :John D. Barrow :Itzhak Bars :Asım Orhan Barut :Murray Batchelor :Gordon Baym :Friedrich Beck :Vladimir Belinski :Charles H. Bennett (computer scientist) :David Berenstein :Lars Bergström (physicist) :Nihat Berker :Hans Bethe :William Bialek :Eugenio Bianchi :Ikaros Bigi :Michael Binger :James Bjorken :Nikolay Bogolyubov :Niels Bohr :Ludwig Boltzmann :Max Born :Satyendra Nath Bose :Winston H. Bostick :Raphael Bousso :Ajahn Brahm :Robert Brandenberger :Jeroen van den Brink :Françoise Brochard-Wyart :Stanley Brodsky :Louis de Broglie :Robert Brout :William Fuller Brown, Jr. :Detlev Buchholz :Howard Burton :Nicola Cabibbo :Amir Caldeira :Curtis Callan :Marcela Carena :Steve Carlip :Sean M. Carroll :Peter A. Carruthers :Celso Grebogi :Nicolas J. Cerf :Amit Chakrabarti :Chandan Dasgupta :George Chapline, Jr. :Maxim Chernodub :Geoffrey Chew :Boris Chirikov :Rudolf Clausius :Piers Coleman :Sidney Coleman :Arthur Compton :Bruno Coppi :John G. Cramer :Michael Creutz :Csaba Csáki :Fred Cummings :Thomas Curtright :James T. Cushing :Richard Dalitz :Đàm Thanh Sơn :Sidney Dancoff :Sankar Das Sarma :Ashok Das :Ronald C. Davidson :Anne-Christine Davis :Dejan Milošević :Durmus A. Demir :Tekin Dereli :Bernard d'Espagnat :Robert Detweiler :David Deutsch :Robin Devenish :Robbert Dijkgraaf :Paul Dirac :Jacques Distler :Sergey Doronin :Michael R. Douglas :Jonathan Dowling :İsmail Hakkı Duru :Giorgi Dvali :Freeman Dyson :Joseph H. Eberly :Edward Ott :Vitaly Efimov :Estia J. 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Sachs :Bunji Sakita :Abdus Salam :Lewis Salter :Stuart Samuel (physicist) :Anthony Ichiro Sanda :Francesco Sannino :Gennadi Sardanashvily :Jack Sarfatti :Andrew John Schofield :Erwin Schrödinger :John Henry Schwarz :Julian Schwinger :Marlan Scully :Nathan Seiberg :Gordon Walter Semenoff :Goran Senjanović :Ramamurti Shankar :Stephen Shenker :Mikhail Shifman :Dmitry Shirkov :Muhammad Raziuddin Siddiqui :Warren Siegel :Kris Sigurdson :Rajiah Simon :Benjamin Simons :Richard Slansky :Alexei Yuryevich Smirnov :Lee Smolin :Arseny Sokolov :Solomon Isaakovich Pekar :Rafael Sorkin :Matthias Staudacher :George Sterman :Raymond Stora :Andrew Strominger :Boris Struminsky :N.V.V.J. Swamy :Timothy M. P. Tait :Yasushi Takahashi :Kyriakos Tamvakis :Edward Teller :Karen Ter-Martirosian :Igor Ternov :Hugo Tetrode :Friedrich-Karl Thielemann :Charles Thorn :Frank J. Tipler :Richard C. Tolman :Sin-Itiro Tomonaga :Michael D. 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Dieter Zeh :Martin Zirnbauer :Paola Zizzi :Muhammad Suhail Zubairy :Dmitry Zubarev :Bruno Zumino :Affine gauge theory :Alternatives to general relativity :An Exceptionally Simple Theory of Everything :Antimatter gravity measurement :AQUAL :Bi-scalar tensor vector gravity :Bimetric theory :Brans–Dicke theory :Chronology protection conjecture :Composite gravity :Conformal gravity :Cosmological constant :Dark fluid :Democratic principle :DGP model :Einstein aether theory :Einstein–Cartan theory :Entropic gravity :Extended theories of gravity :F(R) gravity :Fermat’s and energy variation principles in field theory :Gauge gravitation theory :Gauge theory gravity :Gauge Vector-Tensor gravity :Gauss's law for gravity :Gauss–Bonnet gravity :Geometrodynamics :Graviscalar :Gravitational field :Higher-dimensional Einstein gravity :Higher-dimensional supergravity :History of gravitational theory :Hořava–Lifshitz gravity :Hoyle–Narlikar theory of gravity :Induced gravity :Introduction to general 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spaceship paradox :Black hole :Bunch–Davies vacuum :Cauchy horizon :Causal structure :Causality conditions :Center of mass (relativistic) :Classical limit :Cooperstock's energy-localization hypothesis :Coordinate time :Correspondence principle :Cosmic catastrophe :Criticism of the theory of relativity :Effects of relativity on GPS :Ehrenfest paradox :Einstein group :Einstein synchronisation :Electromagnetic four-potential :Electromagnetic tensor :Embedded lens :Event (relativity) :Faster-than-light :Feinberg reinterpretation principle :Four-acceleration :Four-current :Four-force :Four-gradient :Four-momentum :Four-tensor :Four-vector :Four-velocity :Frame of reference :Gauged supergravity :Gravitational time dilation :Hyperbolic motion (relativity) :Inertial frame of reference :Invariant mass :Invariant speed :Jackiw–Teitelboim gravity :Kaluza–Klein black hole :Light cone :Light cone coordinates :Liouville gravity :List of black holes :Lorentz scalar :Newman–Penrose formalism :Nonsingular black hole models :Optical metric :Poincaré group :Presentism (philosophy of time) :Principle of relativity :Proper length :Proper time :Relativistic dynamics :Relativistic mechanics :Relativistic plasma :Relativistic star :Relativistic system (mathematics) :Relativity priority dispute :Rindler coordinates :Sagnac effect :Scale relativity :Spacetime :Supplee's paradox :Tetrad formalism :Unruh effect :Very special relativity :World line :World tube :Astrochicken :Brownian ratchet :Bucket argument :Cosmic catastrophe :Feynman sprinkler :Galileo's ship :Ladder paradox :Maxwell's demon :The Monkey and the Hunter :Newton's cannonball :Popper's experiment :Rotating spheres :Sticky bead argument :Temporal paradox :Twin paradox :Warp drive :Alcubierre drive :Breakthrough Propulsion Physics Program :Exotic matter :Faster-than-light :Krasnikov tube :Negative mass :Warp-field experiments :Wormhole :Exotic matter :Negative mass :Non-orientable wormhole :Quantum foam :Ring singularity :Rolling ball argument :Roman ring :Rüchardt Experiment :Thermodynamics :Adiabatic accessibility :Adiabatic conductivity :Adiabatic flame temperature :Adiabatic invariant :Adiabatic wall :Alkali-metal thermal to electric converter :Apparent molar property :Atmosphere (unit) :Azeotrope :Azeotrope (data) :Backdraft :Bancroft point :Batteryless radio :Bennett acceptance ratio :Bergmann's rule :Binodal :Biological thermodynamics :Bjerrum plot :Black hole thermodynamics :Boiling point :Boltzmann constant :Bose gas :Bowen ratio :Boyle temperature :Brightness temperature :Brownian motor :Bubble point :Buckingham potential :Bulk temperature :Bunsen solubility coefficient :Calorimeter constant :Carnot's theorem (thermodynamics) :Centrifugal compressor :Centrifugal fan :Centrifugal pump :Chemical potential :Chemical thermodynamics :Clausius theorem :Clausius–Clapeyron relation :Closed system :Coil-globule transition :Combustibility :Compressibility :Compressor map :Conjugate variables (thermodynamics) :Control volume :Convective heat transfer :Cooling curve :Critical heat flux :Critical line (thermodynamics) :Critical variable :Cryophorus :Cryoscopic constant :Curie constant :Debye–Hückel theory :Departure function :Diathermal wall :Dilithium :Dissipation :Dissipative system :Doppler cooling limit :Dortmund Data Bank :Draper point :Drinking bird :Dufour effect :Dulong–Petit law :Dynamic equilibrium :Earth's radiation balance :Economizer :Effective temperature :Eigenstate thermalization hypothesis :Electrochemical gradient :Electrochemical potential :Endergonic :Endoreversible thermodynamics :Endothermic :Energetics :Energy accounting :Energy carrier :Energy quality :Energy value of coal :Enthalpy of mixing :Enthalpy of sublimation :Enthalpy of vaporization :Enthalpy–entropy chart :Enthalpy-entropy compensation :Temperature–entropy diagram :Environment (systems) :Equilibrium thermodynamics :Equipartition theorem :Ettingshausen effect :Exact differential :Excess chemical potential :Exergonic :Exothermic :Fire point :Flammability :Flammability limit :Flash evaporation :Flashover :Forging temperature :Francis turbine :Free expansion :Frigorific mixture :Fundamental thermodynamic relation :Geometrothermodynamics :Gibbs paradox :Grand potential :Entropic gravity :Green–Kubo relations :Gross generation :Heat :Heat bath :Heat capacity ratio :Heat death paradox :Heat engine :Heat flux :Heat loss due to linear thermal bridging :Heat of combustion :Heat rate :Thermal reservoir :Heat transfer physics :Helix–coil transition model :High definition thermal imaging :IAPWS :Ideal solution :Inexact differential :Intensive and extensive properties :Internal energy :Internal heating :Internal pressure :Inversion temperature :Irreversible process :Isolated system :Isothermal titration calorimetry :Joule effect :Joule expansion :Joule heating :Joule–Thomson effect :Kerr/CFT correspondence :Kilocalorie per mole :Kinetic theory :KinITC :Kopp's law :KT (energy) :Kullback–Leibler divergence :Laser cooling :Laser-induced thermotherapy :Latent heat :Lennard-Jones potential :Liesegang rings :Magnetic evaporative cooling :Massieu function :Material properties (thermodynamics) :MaxEnt school :Maximum entropy thermodynamics :Maximum power principle :Maxwell relations :Maxwell's thermodynamic surface :Mechanically isolated system :Minimum total potential energy principle :Morse/Long-range potential :Motive power :Mpemba effect :Multiplicity function for N noninteracting spins :Negative thermal expansion :Nernst effect :Net generation :Noro–Frenkel law of corresponding states :Onsager reciprocal relations :Partial molar property :Particle number :Phase rule :Photon gas :Planetary equilibrium temperature :Power density :Powerdriver :Pressure :Pressure volume diagram :Pressure-fed engine :Primary energy :Principle of minimum energy :Process function :Pyroelectricity :Radiative cooling :Radiative equilibrium :Rate of heat flow :Recalescence :Reduced 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:Supersaturation :Surprisal Analysis :Sympathetic cooling :Synergetics (Haken) :T-symmetry :Temperature :Temperature measurement :Terrace ledge kink :Theorem of corresponding states :Thermal contact :Thermal contact conductance :Thermal copper pillar bump :Thermal decomposition :Thermal efficiency :Thermal effusivity :Thermal energy :Thermal entrance length :Thermal equilibrium :Thermal expansion :Thermal hydraulics :Thermal mass :Thermal physics :Thermal radiation :Thermal science :Thermal transmittance :Thermal velocity :Thermalisation :Thermally isolated system :Thermo-dielectric effect :Thermodynamic activity :Thermodynamic cycle :Thermodynamic databases for pure substances :Thermodynamic equilibrium :Thermodynamic instruments :Thermodynamic length :Thermodynamic limit :Thermodynamic operation :Thermodynamic potential :Thermodynamic process path :Thermodynamic square :Thermodynamic state :Thermodynamic versus kinetic reaction control :Thermodynamik chemischer Vorgänge 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(thermodynamics) :Davies equation :Endergonic :Endothermic :Enthalpy-entropy compensation :Excess chemical potential :Exergonic :Exothermic :Frigorific mixture :Fugacity :Fugacity capacity :Gibbs–Duhem equation :Hess's law :Ideal solution :Isothermal titration calorimetry :Margules function :Multimedia fugacity model :Overlapping distribution method :Partial molar property :Pitzer equations :Regular solution :Spontaneous process :Stefan's formula :Terrace ledge kink :Thermodynamic versus kinetic reaction control :Bejan number :Biot number :Brinkman number :Coefficient of performance :Eckert number :Energy conversion efficiency :Fourier number :Grashof number :Grüneisen parameter :Henry's Law constant :Marangoni number :Nusselt number :Péclet number :Prandtl number :Rayleigh number :Reynolds number :Schmidt number :Stanton number :Stefan number :Stuart number :Energy carrier :Primary energy :Air preheater :Axial compressor :Bimetallic strip :Cylinder (engine) :Dynamic insulation :Expander cycle :Gas turbine :Industrial fan :Jet engine :Liquid air :Mechanical fan :Mixed flow compressor :Moving bed heat exchanger :Plant efficiency :Recuperator :Sectional cooler :Enthalpy :Bell–Evans–Polanyi principle :Benson group increment theory :Born equation :Ceiling temperature :Enthalpy of atomization :Enthalpy change of solution :Enthalpy of mixing :Enthalpy of neutralization :Enthalpy of vaporization :Isenthalpic process :Standard enthalpy change of combustion :Standard enthalpy change of formation (data table) :Standard enthalpy of formation :Standard enthalpy of reaction :Acid dissociation constant :Acid-base extraction :Acid–base homeostasis :Acid–base imbalance :Acid–base reaction :Activity coefficient :Aminopolycarboxylic acid :Autoprotolysis :Binding constant :Binding selectivity :Bromley equation :Brønsted–Lowry acid–base theory :Buffer solution :Chelation :Chemical equilibrium :Common-ion effect :Davies equation :Debye–Hückel theory :Determination of equilibrium constants :Dissociation (chemistry) :Dissociation constant :Distribution law :Dynamic equilibrium :Equilibrium chemistry :Equilibrium constant :Equilibrium unfolding :Fugacity capacity :Haber process :Hand boiler :Hemoglobin :Henderson–Hasselbalch equation :Henry's law :Homoassociation :Hydrolysis :Hydrolysis constant :ICE table :Ion-association :Irving-Williams series :Isohydric principle :Law of mass action :Le Chatelier's principle :Mineralizer :Multimedia fugacity model :Oxyanion :Partial pressure :Partition coefficient :Partition equilibrium :PH :PH indicator :Phase diagram :Phase rule :Pitzer equations :Predominance diagram :Protein pKa calculations :Raoult's law :Reaction quotient :Reversible reaction :Self-ionization of water :Solubility equilibrium :Specific ion interaction theory :Stability constants of complexes :Sulfuric acid :Thermal hydrolysis :Thermodynamic equilibrium :Van 't Hoff equation :Vapor–liquid equilibrium :Wong–Sandler mixing rule :Amorphous ice :Arctic sea ice decline :Cryosphere :Frost :Hard water :Heavy water :Polywater :Properties of water :Rimed snow :Semiheavy water :Slush :Snow :Steam :Superionic water :Tritiated water :Tsunami :Tsunamis in lakes :Types of snow :Vienna Standard Mean Ocean Water :Water cycle :Water dimer :Water vapor :Gas laws :Acentric factor :Amagat's law :Avogadro's law :Boyle's law :Charles's law :Combined gas law :Compressibility factor :Dalton's law :Gay-Lussac's law :Graham's law :Henry's law :Ideal gas law :Magic number (chemistry) :Partial pressure :Psychrometric constant :Redlich–Kwong equation of state :Van der Waals constants (data page) :Van der Waals equation :Gas :Gas exchange :Absorption (chemistry) :Acetylene :Acid gas :Adsorption :Air (classical element) :Air compressor :Air dryer :Airship :Amagat's law :Antihydrogen :Atmosphere :Biogas :Boiling :Boiling point :Booster pump :Bottled gas :Breathing :Bubble point :Buffer gas :Carbogen :Carbon monoxide poisoning :Clathrate hydrate :Cold trap :Compressed air filters :Compressed fluid :Compressed hydrogen :Critical point (thermodynamics) :Cryogenic nitrogen plant :Cryogenic oxygen plant :Cryopump :Cylinder (engine) :Dew point :Disulfur monoxide :Effusion :Endothermic gas :Evaporation :Exhaust gas :Flash evaporation :Fluoromethane :Forming gas :Gas composition :Gas generator :Gas leak :Gas thermometer :Germanium tetrafluoride :Industrial gas :Inert gas :Inversion temperature :Joule–Thomson effect :Kinetic theory :Knudsen gas :Langmuir (unit) :Lifting gas :Maxwell–Boltzmann distribution :Maxwell–Jüttner distribution :Mechanically stimulated gas emission :Million standard cubic feet per day :Monatomic gas :Oxygen bar :Ozone :Partial pressure :Perfect gas :Phase diagram :Pintsch gas :Pneumatic chemistry :Poynting effect :Psychrometric constant :Purity (gas) :Real gas :Root-mean-square speed :Saturation vapor curve :Selenoyl fluoride :Senftleben–Beenakker effect :Silane :Standard conditions for temperature and pressure :Standard 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