T
Thomas Henning
Researcher at Max Planck Society
Publications - 10
Citations - 1143
Thomas Henning is an academic researcher from Max Planck Society. The author has contributed to research in topics: Point source & Star formation. The author has an hindex of 6, co-authored 10 publications receiving 906 citations.
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Proceedings ArticleDOI
Transiting Exoplanet Survey Satellite (TESS)
George R. Ricker,Joshua N. Winn,Roland Vanderspek,David W. Latham,Gáspár Á. Bakos,Jacob L. Bean,Zachory K. Berta-Thompson,Timothy M. Brown,Lars A. Buchhave,Lars A. Buchhave,Nathaniel R. Butler,R. Paul Butler,William J. Chaplin,William J. Chaplin,David Charbonneau,Jørgen Christensen-Dalsgaard,Mark Clampin,Drake Deming,John P. Doty,Nathan De Lee,Nathan De Lee,Courtney D. Dressing,Edward W. Dunham,Michael Endl,Francois Fressin,Jian Ge,Thomas Henning,Matthew J. Holman,Andrew W. Howard,Shigeru Ida,Jon M. Jenkins,G. Jernigan,John Asher Johnson,Lisa Kaltenegger,Nobuyuki Kawai,Hans Kjeldsen,Gregory Laughlin,Alan M. Levine,Douglas N. C. Lin,Jack J. Lissauer,Phillip J. MacQueen,Geoffrey W. Marcy,Peter R. McCullough,Peter R. McCullough,Timothy D. Morton,Norio Narita,Martin Paegert,Enric Palle,Francesco Pepe,Joshua Pepper,Joshua Pepper,Andreas Quirrenbach,Stephen A. Rinehart,Dimitar Sasselov,Bun'ei Sato,Sara Seager,Alessandro Sozzetti,Keivan G. Stassun,Keivan G. Stassun,Peter Sullivan,Andrew Szentgyorgyi,Guillermo Torres,Stéphane Udry,Joel Villasenor +63 more
TL;DR: The Transiting Exoplanet Survey Satellite (TESS) as mentioned in this paper will discover thousands of exoplanets in orbit around the brightest stars in the sky, including Earth-sized to gas giants, around a wide range of stellar types and orbital distances.
Journal ArticleDOI
Fast-moving features in the debris disk around AU Microscopii
Anthony Boccaletti,Christian Thalmann,Anne-Marie Lagrange,Anne-Marie Lagrange,Markus Janson,Markus Janson,Jean-Charles Augereau,Jean-Charles Augereau,Glenn Schneider,Julien Milli,Julien Milli,Carol A. Grady,John H. Debes,Maud Langlois,Maud Langlois,David Mouillet,David Mouillet,Thomas Henning,Carsten Dominik,Anne-Lise Maire,Jean-Luc Beuzit,Jean-Luc Beuzit,Joseph C. Carson,Joseph C. Carson,Kjetil Dohlen,N. Engler,Markus Feldt,Thierry Fusco,Christian Ginski,Julien Girard,Julien Girard,Dean C. Hines,Markus Kasper,Markus Kasper,Dimitri Mawet,Francois Menard,Michael Meyer,C. Moutou,Johan Olofsson,Timothy J. Rodigas,Jean-François Sauvage,Joshua E. Schlieder,Joshua E. Schlieder,Hans Martin Schmid,Massimo Turatto,Stéphane Udry,Farrokh Vakili,Arthur Vigan,Arthur Vigan,Zahed Wahhaj,Zahed Wahhaj,John P. Wisniewski +51 more
TL;DR: High-contrast imaging reveals a series of five large-scale features in the southeast side of the debris disk that appear to move away from the star at projected speeds of 4–10 kilometres per second, suggesting highly eccentric or unbound trajectories if they are associated with physical entities.
Journal ArticleDOI
Detailed structure of the outer disk around HD 169142 with polarized light in H-band
Munetake Momose,Ayaka Morita,Misato Fukagawa,Takayuki Muto,Taku Takeuchi,Jun Hashimoto,Mitsuhiko Honda,Tomoyuki Kudo,Yoshiko K. Okamoto,Kazuhiro D. Kanagawa,Hidekazu Tanaka,Carol A. Grady,Michael L. Sitko,Michael L. Sitko,Eiji Akiyama,Thayne Currie,Katherine B. Follette,Satoshi Mayama,Nobuhiko Kusakabe,Lyu Abe,Wolfgang Brandner,Timothy D. Brandt,Joseph C. Carson,Sebastian Egner,Markus Feldt,Miwa Goto,Olivier Guyon,Yutaka Hayano,Masahiko Hayashi,Saeko S. Hayashi,Thomas Henning,Klaus W. Hodapp,Miki Ishii,Masanori Iye,Markus Janson,Ryo Kandori,Gillian R. Knapp,Masayuki Kuzuhara,Jungmi Kwon,Taro Matsuo,Michael W. McElwain,Shoken Miyama,Jun-Ichi Morino,Amaya Moro-Martin,Amaya Moro-Martin,Tetsuo Nishimura,Tae-Soo Pyo,Eugene Serabyn,Takuya Suenaga,Takuya Suenaga,Hiroshi Suto,Ryuji Suzuki,Yasuhiro H. Takahashi,Yasuhiro H. Takahashi,Michihiro Takami,Naruhisa Takato,Hiroshi Terada,Christian Thalmann,Daigo Tomono,Edwin L. Turner,Edwin L. Turner,Makoto Watanabe,John P. Wisniewski,Toru Yamada,Hideki Takami,Tomonori Usuda,Motohide Tamura,Motohide Tamura +67 more
TL;DR: In this paper, the H-band polarized intensity (PI) images of the circumstellar disk around HD 169142 were used to detect the presence of a protoplanet in the TZ.
Journal ArticleDOI
Hierarchical fragmentation and collapse signatures in a high-mass starless region
Henrik Beuther,Thomas Henning,Hendrik Linz,Siyi Feng,Sarah Ragan,Rowan J. Smith,S. Bihr,Takeshi Sakai,Rolf Kuiper +8 more
TL;DR: In this paper, the authors studied the fragmentation and collapse properties of the dense gas during the onset of high-mass star formation and proposed that the likely origin of these spectral properties may be the global collapse of the original gas clump that results in multiple spectral components along each line of sight.
Journal ArticleDOI
Near-IR Polarized Scattered Light Imagery of the DoAr 28 Transitional Disk
Evan A. Rich,John P. Wisniewski,Satoshi Mayama,Timothy D. Brandt,Jun Hashimoto,Tomoyuki Kudo,Nobuhiko Kusakabe,Catherine Espaillat,Lyu Abe,Eiji Akiyama,Wolfgang Brandner,Joseph C. Carson,Thayne Currie,Sebastian Egner,Markus Feldt,Katherine B. Follette,Miwa Goto,Carol A. Grady,Olivier Guyon,Yutaka Hayano,Masahiko Hayashi,Saeko S. Hayashi,Thomas Henning,Klaus W. Hodapp,Miki Ishii,Masanori Iye,Markus Janson,Ryo Kandori,Gillian R. Knapp,Masayuki Kuzuhara,Jungmi Kwon,Taro Matsuo,Michael W. McElwain,Shoken Miyama,Jun-Ichi Morino,Amaya Moro-Martin,Amaya Moro-Martin,Tetsuo Nishimura,Tae-Soo Pyo,Chunhua Qi,Eugene Serabyn,Takuya Suenaga,Takuya Suenaga,Hiroshi Suto,Ryuji Suzuki,Yasuhiro H. Takahashi,Michihiro Takami,Naruhisa Takato,Hiroshi Terada,Christian Thalmann,Daigo Tomono,Edwin L. Turner,Makoto Watanabe,Toru Yamada,Hideki Takami,Tomonori Usuda,Motohide Tamura +56 more
TL;DR: In this paper, the first spatially resolved polarized scattered light H-band detection of the DoAr 28 transitional disk was presented, where the authors constructed a grid of Monte Carlo Radiative Transfer models of the system, and their best fit models utilize a modestly inclined (50 degrees), 0.01 solar mass disk that has a partially depleted inner gap from the dust sublimation radius out to approximately 8 AU.