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Manfred Cuntz

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Manfred Cuntz
Manfred Cuntz (2022)
Born(1958-04-21)April 21, 1958
Landau in der Pfalz, Rhineland-Palatinate, Germany
EducationEduard-Spranger Gymnasium
Alma materUniversity of Heidelberg (Diplom, PhD)
SpouseAnne-Gret Vera Friedrich
Children1
AwardsAcademy of Distinguished Teachers at University of Texas at Arlington[1]
Scientific career
Fields
InstitutionsUniversity of Colorado
High Altitude Observatory
University of Heidelberg
University of Alabama in Huntsville
University of Texas at Arlington
Thesis Generation of Extended Chromospheres and Mass Loss of Late-Type Giant Stars due to Acoustic Shock Waves  (1988)
Doctoral advisorDr. P. Ulmschneider

Manfred Cuntz is a German astrophysicist based in the United States since 1988. He is a Distinguished Professor of physics at the University of Texas at Arlington (UTA). His primary research interests include stellar astrophysics, astrobiology, and planetary habitability. In 2023, he became a fellow with the Committee for Skeptical Inquiry.[2]

Early life and education

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Manfred Cuntz was born on April 21, 1958, in Landau in der Pfalz in Rhineland-Palatinate, Germany.[citation needed] He was the first-born son of Gerhard Hermann Cuntz and Irene Emma Cuntz (née Messerschmitt) and was raised in Bornheim. His family's business was in viticulture and livestock agriculture. As the eldest son, Cuntz would have inherited the farm. Early on, however, his family deemed him unsuitable for farm work and, instead, had him focus on his education.[3]

Cuntz attended secondary school at the Eduard-Spranger Gymnasium in Landau, from which he graduated with the Abitur in 1977. Even though he was a dedicated student, especially in mathematics and the natural sciences, academic success did not come easily to Cuntz in all subjects. In fact, he had to repeat the eighth grade. After that, however, he became a top student, especially in the last years of secondary school when he was able to focus on the subjects of mathematics, chemistry, and social studies.[3]

Cuntz went on to study physics and astronomy at the University of Heidelberg, Germany.[3] There, he earned a Diplom (equivalent to having earned both a U.S. bachelor's and master's degrees) in Physics in 1985. He earned his PhD (Dr. rer. nat.) in Astronomy from the same university in 1988[1] with a dissertation on stellar atmospheric heating and stellar winds, titled Generation of Extended Chromospheres and Mass Loss of Late-Type Giant Stars due to Acoustic Shock Waves.[4]

Career

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After completing his degrees at the University of Heidelberg, Manfred Cuntz moved to the United States. He held positions as a postdoctoral research assistant in the Joint Institute for Laboratory Astrophysics (JILA) at the University of Colorado from 1989 to 1991 and at the High Altitude Observatory (HAO) from 1992 to 1993, a division of the National Center for Atmospheric Research (NCAR). In 1994, he returned to the University of Heidelberg as Habilitation Fellow. Then, he joined the Center for Space Plasma and Aeronomic Research at the University of Alabama in Huntsville from 1996 until 1999. In 2000, Cuntz became a visiting professor in the physics department of the University of Texas at Arlington, then moved up the tenure track to become Professor in 2012.[1]

He is an editor of the journal Astronomische Nachrichten (Astronomical Notes).[5]

Research

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Cuntz's research focuses on the probability and possible distribution of extraterrestrial life on extrasolar planets and moons and "is based on a pure theoretical approach."[6]

In 2000, Manfred Cuntz, together with Zdzislaw Musielak (UTA) and Steven Saar of the Harvard-Smithsonian Center for Astrophysics, made predictions "that planetary magnetic fields could produce detectable effects on stars". This phenomenon was later observed in 2003 by E. Shkolnik of the University of British Columbia, Canada.[7] Cuntz also argues that "extreme magnetic protection by a powerful planetary magnetic dipole field" could increase the probability that a planet is habitable even if it is subject to "extreme ultraviolet and x-ray" radiation from its star.[8]

In 2007, a notable result has been obtained for Gliese 581.[9] Cuntz together with colleagues from the Potsdam Institute for Climate Impact Research (PIK), namely W. von Bloh, S. Franck, and C. Bounama, showed that Gliese 581d, a super-Earth, is the first planet (if finally confirmed) outside the solar system situated in a habitable zone, a result contemporaneously also published by a team led by F. Selsis (ENS Lyon).[10] Though still controversial, updated evidence in favor of this planet has been conveyed in 2024.[11]

In January 2012, Manfred Cuntz and Billy Quarles, as part of a team of researchers from the University of Texas Arlington, "gained international recognition for identifying the possibility of a habitable moon within the orbit of the recently discovered planet called Kepler-16b." The scientists used data from NASA's Kepler space telescope to analyze the possibilities of an Earth-like planet or moon to sustain life within the Kepler binary star system. They relied on Cuntz's expertise in astrobiology "to develop a range within the system where life would be able to exist."[12] According to Cuntz, "the planet's critical feature to sustain life would be liquid water"; and he suggests those "life form[s] could be along the lines of a plant or bacteria."[13]

Cuntz and Quarles collaborated again as co-authors on a study led by Oshina Jagtap published in 2021, which "explores the possibility of exomoons in a planetary system named HD 23079, located in Reticulum, a small constellation in the southern sky." This system is of interest because it contains a planet similar to Jupiter. Cuntz argues that since "Jupiter [is] a host to four planet-size moons (among many other moons), with two of them (Europa and Ganymede) having a significant chance of being habitable," gas giants in other star systems which could host an Earth-sized moon with the conditions for liquid water.[14]

To assist astrophysicists in identifying habitable zones, Cuntz developed "BinHab, a new online tool that can be used to calculate the regions of binary systems favorable for life" in 2014. According to Cuntz, the program considers both "the amounts of stellar radiation, which provides a favorable planetary climate for life, and the gravitational influence of both stars on an existing planet." The interim dean of the UTA College of Science, James Grover, said this tool "holds enormous potential for those who study space in the search for life."[6]

Cuntz has worked with other researchers to "examined both the damaging and the favourable effects of ultraviolet (UV) radiation from stars on DNA molecules" and how it could affect "potential carbon-based extraterrestrial life forms in the habitable zones around other stars."[15] A study conducted by Cuntz, Satoko Sato, and researchers from the University of Guanajuato in Mexico found that F-type star systems "may [...] be a good place to look for habitable planets" because they have a larger "area where conditions are right for general Earth-type planets to develop and sustain life" than smaller, cooler stars like our Sun. The research demonstrated that the damage to DNA from UV radiation on planets "in the outer portions of F-star habitable zones" was "similar to the damage on Earth, if Earth did not have an atmosphere."[16]

In 2016, Cuntz, while collaborating with Edward Guinan at Villanova University, explored which types of stars are best suited to offer prospects of habitability. They argued in favor of orange dwarfs, namely low-luminosity G-type and K-type stars; the related planetary condition is sometimes also called superhabitability. Guinan pointed out that "[m]any K-stars can be much older than our Sun. So, if life formed and evolved on habitable zone planet hosted by a[n] old K-star ... a few to several billions of years older than the Sun; it could maybe even harbor intelligent life."[17]

In 2022, while collaborating with four of his students, Cuntz published an early catalog of planet-hosting triple star systems, a relatively rare astronomical phenomenon.[18]

Community involvement

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Cuntz actively participates in education and public outreach (EPO). He has worked with The Planetarium at University of Texas at Arlington to create several shows. A 45-minute film titled Magnificent Sun, for which Cuntz co-authored the script, is intended to allow "the general public to share information and excitement about solar physics."[19] Another show, Cosmic CSI: Looking for Life in the Universe, aims to present Cuntz's "research in astrobiology to the rest of the community."[20] Additionally, he was the Principal Investigator for the development of a 3-D planetarium film "based on NASA's research and outreach mission, Stratospheric Observatory for Infrared Astronomy, or SOFIA."[21]

Outside of his academic work, Cuntz pursues examination of fake news in science by writing articles in the journal Skeptical Inquirer.[22] This has included articles about misguided criticism of the work of Albert Einstein[23] and commentary about responses from religious groups regarding the James Webb Space Telescope (JWST).[24]

Literary influences

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A publication by Cuntz on possible Earth-like planets in the star system 55 Cancri served as inspiration for Kenneth E. Ingle's science fiction novel First Contact: Escape to 55 Cancri.[25]

Cuntz has also chosen to explore urban legends. He offered contributions to Rolf Wilhelm Brednich, at that time a professor of Folklore / European ethnology at the University of Göttingen in Germany, for one of his books on modern legends.[26]

In 2024, Cuntz published his first kids book, titled Fun with Three Suns in the Sky, aimed at sparking interest in young children in astronomy and space science. The storyline of the book is loosely modeled after the Alpha Centauri system.[27]

References

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  1. ^ a b c "Dr. Manfred A Cuntz". UTA. The University of Texas at Arlington. Retrieved 27 September 2023.
  2. ^ "Committee for Skeptical Inquiry Elects Twelve New CSI Fellows". centerforinquiry.net. Center for Inquiry. Retrieved 21 December 2023.
  3. ^ a b c Cuntz, Manfred. "Abiturjahrgang 1977 Prof. Dr. Manfred Cuntz-heute Astrophysiker in Texas" [Class of 1977 Prof. Dr. Manfred Cuntz-today astrophysicist in Texas]. Yumpu (in German). Vereinigung der Freunde des Eduard-Spranger Gymnasiums. pp. 124–129. Retrieved 27 September 2023.
  4. ^ Cuntz, Manfred. "Generation of Extended Chromospheres and Mass Loss of Late-Type Giant Stars due to Acoustic Shock Waves". IOP Science. Publications of the Astronomical Society of the Pacific. Retrieved 27 September 2023.
  5. ^ "Meet the Editors". Wiley Online Library. Retrieved 28 September 2023.
  6. ^ a b "UT Arlington astrophysicist offers new method for finding regions favorable for life in stellar binary systems". University of Texas Arlington. 22 December 2014. Retrieved 28 September 2023.
  7. ^ Naeye, Robert. "Footprint of a Magnetic Exoplanet". Sky & Telescope. AAS Sky Publishing, LLC. Retrieved 28 September 2023.
  8. ^ Dorminey, Bruce. "Odds Are Against Life On Seven TRAPPIST-1 Planets". Forbes. Retrieved 28 September 2023.
  9. ^ New York Times: A Planet Is Too Hot for Life, but Another May Be Just Right. By Dennis Overbye, June 12, 2007.
  10. ^ Astronomy & Astrophysics Press Release: Gliese 581: One planet might indeed be habitable.
  11. ^ Whatever happened to the 'potentially habitable' planet Gliese 581g (and d and f)? By Keith Cooper, Nov. 20, 2024.
  12. ^ Kirby, Russell (18 January 2012). "UT-Arlington research team gains worldwide attention for Kepler-16b findings". The Shorthorn. Retrieved 12 November 2023.
  13. ^ Smith, Diane (17 January 2012). "Is there anyone else out there?". The Sydney Morning Herald. Retrieved 12 November 2023.
  14. ^ Pederson, Greg (14 February 2022). "Physics Doctoral Student Leads New Study about Plausibility of Exomoons". UTA College of Science. Retrieved 17 November 2023.
  15. ^ "The violent youth of solar proxies steer course of genesis of life". International Astronomical Union. Retrieved 28 September 2023.
  16. ^ "Don't forget F-type stars in search for life, UT Arlington researchers say". EurekaAlert!. 25 March 2014. Retrieved 28 September 2023.
  17. ^ Dorminey, Bruce (July 11, 2016). "Orange Dwarfs Most Likely To Harbor Intelligent Life, Say Astronomers". forbes.com. Forbes. Archived from the original on 17 February 2024. Retrieved 17 February 2024.
  18. ^ "Unmasking the Universe: Astrophysicist Catalogs All Known Planet-Hosting, Three-Star Systems". scitechdaily.com. SciTechDaily. June 21, 2023. Archived from the original on September 24, 2023. Retrieved 10 June 2024.
  19. ^ "UT Arlington planetarium to premier NASA funded show". University of Texas Arlington. 6 December 2010. Retrieved 28 September 2023.
  20. ^ Buffington IV, Ray Edward. "Is There Anybody Out There?". The Shorthorn. UTA Student Publications. Retrieved 28 September 2023.
  21. ^ "Planetarium produces first active stereo 3-D planetarium show about NASA's SOFIA mission". Phys Org. 8 September 2015. Retrieved 28 September 2023.
  22. ^ "Author: Manfred Cuntz". Skeptical Inquirer. Center for Inquiry. Retrieved 28 September 2023.
  23. ^ Cuntz, Manfred (November 2020). "100 Authors against Einstein: A Look in the Rearview Mirror". Skeptical Inquirer. 44 (6): 48–51. Retrieved 29 September 2023.
  24. ^ Cuntz, Manfred (January 2023). "The James Webb Space Telescope: First Responses from Religion". Skeptical Inquirer. 47 (1): 38–40.
  25. ^ Ingle, Kenneth E. (2009). First Contact: Escape to 55 Cancri. Booksforabuck.com. ISBN 1602150982.
  26. ^ Brednich, Rolf Wilhelm (2004). Pinguine in Rückenlage – Brandneue sagenhafte Geschichten von heute [Penguins in Supine Position - Brandnew Legendary Stories of today] (in German). Munich: C. H. Beck. ISBN 3-406-51069-8.
  27. ^ https://www.uta.edu/academics/schools-colleges/science/news/2024/11/08/cuntz-publishes-childrens-book-to-promote-kids-interest-in-astronomy

Publications

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Books

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  • Practical Universe: Observations, Experiments, Exercises (mit N. Veerabathina, L. Gurdemir, J. Davis), Dubuque, Iowa, USA: Kendall Hunt Publishing Company, 2016, ISBN 978-1-5249-2331-0
  • Fun with Three Suns in the Sky, Kendall Hunt Publishing Company, 2024, ISBN 979-8765798157

Selected Articles

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  • X-ray Activity Variations and Coronal Abundances of the Star-Planet Interaction Candidate HD 179949 (2023) (incl. A. Acharya, V. L. Kashyap, S. H. Saar, K. P. Singh).
  • An Early Catalog of Planet-Hosting Multiple-Star Systems of Order Three and Higher (2022) (incl. G. E. Luke, M. J. Millard, L. Boyle, S. D. Patel).
  • Updated Studies on Exomoons in the HD 23079 System (2021) (incl. O. Jagtap, B. Quarles).
  • Orbital Stability of Exomoons and Submoons with Applications to Kepler 1625b-I (2020) (incl. M. Rosario-Franco, B. Quarles, Z. E. Musielak).
  • Can Planets Exist in the Habitable Zone of 55 Cancri? (2019) (incl. S. Satyal).
  • Exocomets in the 47 UMa System: Theoretical Simulations Including Water Transport (2018) (incl. B. Loibnegger, R. Dvorak).
  • Case Studies of Exocomets in the System of HD 10180 (2017) (incl. B. Loibnegger, R. Dvorak).
  • About Exobiology: The Case for Dwarf K Stars (2016) (incl. E. F. Guinan).
  • Fractal and Multifractal Analysis of the Rise of Oxygen in Earth's Early Atmosphere (2015) (incl. S. Kumar, Z. E. Musielak).
  • Habitability of Earth-mass Planets and Moons in the Kepler-16 System (2012) (incl. B. Quarles, Z. E. Musielak).
  • The Advection of Supergranules by the Sun's Axisymmetric Flows (2010) (incl. D. H. Hathaway, P. E. Williams, K. Dela Rosa).
  • On the Reality of the Suggested Planet in the Nu Octantis System (2010) (incl. J. Eberle).
  • The Great Oxidation of Earth's Atmosphere: Contesting the Yoyo Model via Transition Stability Analysis (2009) (incl. D. Roy, Z. E. Musielak).
  • A Method for the Treatment of Supergranulation Advection by Giant Cells (2009) (incl. P. E. Williams).
  • Acoustic Heating of the Solar Chromosphere: Present Indeed and Locally Dominant (2007) (incl. W. Rammacher, Z. E. Musielak).
  • A New Version of Reimers' Law of Mass Loss Based on a Physical Approach (2005) (incl. K.-P. Schröder).
  • On the Possibility of Earth-type Habitable Planets in the 55 Cancri System (2003) (incl. W. von Bloh, C. Bounama, S. Franck).
  • Orbital Stability of Terrestrial Planets inside the Habitable Zones of Extrasolar Planetary Systems (2002) (incl. M. Noble, Z. E. Musielak).
  • On Stellar Activity Enhancement Due to Interactions with Extrasolar Giant Planets (2000) (incl. S. H. Saar, Z. E. Musielak).
  • A Generalized Version of the Rankine-Hugoniot Relations Including Ionization, Dissociation and Related Phenomena (1993) (incl. H. Nieuwenhuijzen, C. de Jager, A. Lobel, L. Achmad).
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