M
Michael Meyer
Researcher at University of Michigan
Publications - 528
Citations - 23819
Michael Meyer is an academic researcher from University of Michigan. The author has contributed to research in topics: Planet & Exoplanet. The author has an hindex of 77, co-authored 456 publications receiving 21411 citations. Previous affiliations of Michael Meyer include University of Milan & Hungarian Academy of Sciences.
Papers
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The Small Separation A-star Companion Population: First Results with CHARA/MIRC-X
Matthew De Furio,Tyler Gardner,John D. Monnier,Michael Meyer,Kaitlin M. Kratter,Gail Schaefer,Narsireddy Anugu,Claire L. Davies,Stefan Kraus,Cyprien Lanthermann,J.-B. Le Bouquin,Jacob Ennis +11 more
TL;DR: In this article , the authors present preliminary results from a long-baseline interferometry (LBI) survey to constrain the multiplicity properties of intermediate-mass A-type stars within 80 pc.
The vanishing of the primary emission region in PKS 1510-089
Felix Aharonian,F. Ait Benkhali,J. Aschersleben,Halim Ashkar,M. Backes,V. Barbosa Martins,J. Barnard,Rowan Batzofin,Yvonne Becherini,David Berge,K. Bernloehr,B. Y. Bi,Mathieu de Bony de Lavergne,Micheal Boettcher,Catherine Boisson,J. Bolmont,J. Borowska,Makarim Bouyahiaoui,Federica Bradascio,Mischa Breuhaus,Robert Brose,R. M. Brown,Francois Brun,Bastide Bruno,Tomasz Bulik,C. Burger-Scheidlin,S. Caroff,Sabrina Casanova,Robert Cecil,Josip Celić,Matteo Cerruti,T. Chand,S. Chandra,A. W. Chen,James O. Chibueze,Okeke Ugochukwu Chibueze,Garret Cotter,J.D. Mbarubucyeye,I. D. Davids,A. Djannati-Ata,Anton Dmytriiev,Victor Doroshenko,Kathrin Egberts,Sabrina Einecke,J. Ernwein,S. J. Fegan,G. Fontaine,M. Fuessling,Seb. Funk,Stefano Gabici,S. Ghafourizadeh,Gianluca Giavitto,D. Eisenacher Glawion,J. F. Glicenstein,Pranjupriya Goswami,G. Grolleron,L. Haerer,Werner Hofmann,Tim Holch,Markus Holler,Dieter Horns,Marek Jamrozy,Felix Jankowsky,V. Joshi,I. Jung-Richardt,E. Kasai,K. Katarzyski,Rukaiya Khatoon,B. Khélifi,W. Klu'zniak,Nu. Komin,Karl Kosack,Dmitriy Kostunin,R. G. Lang,Sébastien Le Stum,Franz Dipl Ing Leitl,Anne Lemiere,J.-P. Lenain,Fredericke Leuschner,Anna Luashvili,Jonathan Mackey,V. Marandon,P. Marchegiani,G. Martí-Devesa,Ramin Marx,Akshay Mehta,Michael Meyer,Alison Mitchell,R. Moderski,L. Mohrmann,Arianna Montanari,Emmanuel Moulin,M. de Naurois,Jacek Niemiec,A. Priyana Noel,P. T. O'Brien,Stefan Ohm,Laura Olivera-Nieto,E. de Oña Wilhelmi,Michał Ostrowski,Sebastian Panny,M. Panter,Giada Peron,D.A. Prokhorov,Gerd Puehlhofer,Michael Punch,Andreas Quirrenbach,P. Reichherzer,A. Reimer,Olaf Reimer,Hongfei Ren,Frank M. Rieger,Gavin Rowell,B. Rudak,Hector Rueda Ricarte,Edna Ruiz-Velasco,V. Sahakian,Hartmut Salzmann,A. Sanchez,Andrea Santangelo,Masaichi Sasaki,Friedrich Schuessler,H. M. Schutte,Ullrich Schwanke,Jimmy N.S. Shapopi,Helene Sol,Andreas Specovius,Samuel Timothy Spencer,Lukasz Stawarz,R. Steenkamp,S. Steinmassl,Constantin Steppa,I. Sushch,Hironobu Suzuki,T. Takahashi,T. Tanaka,Regis Terrier,Naomi Tsuji,C. van Eldik,B. van Soelen,M. Vecchi,Johannes Veh,Jacco Vink,Thomas A. Wach,S. J. Wagner,Alicja Wierzcholska,Michael Zacharias,Davit Zargaryan,A. A. Zdziarski,A. Zech,Samuel Zouari,Natalia Żywucka,David A. H. Buckley,J. Cooper,Daniella Groenewald +154 more
TL;DR: In this paper , it was shown that the very high-energy gamma-ray and X-ray fluxes originate from a different emission region than the vanished parts of the high energy gamma and optical jet fluxes, and the latter component has disappeared through either a swing of the jet away from the line-of-sight or a significant drop in the photon production efficiency close to the black hole.
Posted Content
The Demographics and Atmospheres of Giant Planets with the ELTs
Brendan P. Bowler,Steph Sallum,Alan P. Boss,Timothy D. Brandt,Zack Briesemeister,Marta L. Bryan,Laird M. Close,Justin R. Crepp,Thayne Currie,Jonathan J. Fortney,Julien Girard,Rebecca Jensen-Clem,Mihkel Kama,Adam L. Kraus,Quinn Konopacky,Michael C. Liu,Mark S. Marley,Christian Marois,Dimitri Mawet,Tiffany Meshkat,Michael Meyer,Caroline V. Morley,Eric L. Nielsen,Andrew J. Skemer,Jason J. Wang,Ya-Lin Wu +25 more
TL;DR: In this article, the authors highlight the scientific potential of the GMT and TMT to address these outstanding questions, with a particular focus on the role of direct imaging and spectroscopy of large samples of giant planets that will soon be made available with $Gaia.
UvA-DARE (Digital Academic Evidence for γ-ray emission from the remnant of Kepler's supernova based on deep H.E.S.S. observations
S. H.E.S.,Felix Aharonian,F. Ait Benkhali,E. O. Angüner,Halim Ashkar,M. Backes,V. Barbosa Martins,Rowan Batzofin,Yvonne Becherini,David Berge,Konrad Bernlöhr,Markus Böttcher,Catherine Boisson,J. Bolmont,Mathieu de Bony de Lavergne,Mischa Breuhaus,Robert Brose,Francois Brun,Tomasz Bulik,Thomas Bylund,Floriane Cangemi,Sandra Caro,Sabrina Casanova,Matteo Cerruti,T. Chand,A. W. Chen,Okeke Ugochukwu Chibueze,Garret Cotter,P. Cristofari,J.D. Mbarubucyeye,Justine Devin,A. Djannati-Ataï,Anton Dmytriiev,Kathrin Egberts,Sabrina Einecke,J. Ernwein,Kirsty Feijen,A. Fiasson,G. Fichet de Clairfontaine,G. Fontaine,Seb. Funk,Stefano Gabici,Y. A. Gallant,S. Ghafourizadeh,Gianluca Giavitto,L. Giunti,D. Eisenacher Glawion,J. F. Glicenstein,M.-H. Grondin,M. Hörbe,Werner Hofmann,Tim Holch,Markus Holler,Dieter Horns,Z. Huang,Marek Jamrozy,V. Joshi,I. Jung-Richardt,E. Kasai,K. Katarzyński,Uli Katz,B. Khélifi,W. Kluźniak,Nu. Komin,Karl Kosack,Dmitriy Kostunin,Anne Lemiere,Marianne Lemoine-Goumard,J.-P. Lenain,Fredericke Leuschner,T. Lohse,Anna Luashvili,Iryna Lypova,Jonathan Mackey,D. Malyshev,V. Marandon,P. Marchegiani,A. Marcowith,G. Martí-Devesa,Ramin Marx,Gilles Maurin,P. J. Meintjes,Michael Meyer,Alison Mitchell,R. Moderski,L. Mohrmann,Arianna Montanari,Emmanuel Moulin,Jacques Muller,S. Nakashima,M. de Naurois,Amid Nayerhoda,Jacek Niemiec,A. Priyana Noel,P. T. O'Brien,Stefan Ohm,Laura Olivera-Nieto,E. de Oña Wilhelmi,Michał Ostrowski,Sebastian Panny,M. Panter,R. D. Parsons,Giada Peron,V. Poireau,D.A. Prokhorov,G. Pühlhofer,Michael Punch,Andreas Quirrenbach,P. Reichherzer,A. Reimer,Olaf Reimer,M. Renaud,Brian Reville,Frank M. Rieger,Gavin Rowell,B. Rudak,Hector Rueda Ricarte,V. Sahakian,S. Sailer,Hartmut Salzmann,A. Sanchez,Andrea Santangelo,Masaichi Sasaki,Jerome Schäfer,F. Schüssler,H. M. Schutte,Ullrich Schwanke,Jimmy N.S. Shapopi,Rachel Simoni,Helene Sol,Andreas Specovius,Samuel Timothy Spencer,Łukasz Stawarz,S. Steinmassl,Constantin Steppa,I. Sushch,T. Takahashi,T. Tanaka,Andrew M. Taylor,Regis Terrier,Michelle Tsirou,Yoshinori Uchiyama,Tina Unbehaun,C. van Eldik,Johannes Veh,Jacco Vink,Heinrich J. Völk,S. J. Wagner,F. Werner,J. M. White,Alicja Wierzcholska,Yu Wun Wong,A. Yusafzai,Michael Zacharias,Davit Zargaryan,A. A. Zdziarski,A. Zech,S. J. Zhu,Samuel Zouari,Natalia Żywucka +159 more
TL;DR: In this paper , the spectral energy distribution (SED) reveals a γ-ray emitting component connecting the VHE emission observed with H.E.S. to the emission observed at GeV energies with Fermi-LAT.
Generation of Large Vortex-Free Superfluid Helium Nanodroplets
Anatoli Ulmer,A. Heilrath,Björn Senfftleben,Sean M O O'Connell-Lopez,B. Kruse,Lennart Seiffert,Katharina Kolatzki,Bruno Langbehn,A. Hoffmann,T. M. Baumann,Rebecca Boll,Adam S. Chatterley,A. De Fanis,Benjamin Erk,Swetha Erukala,Alexandra Feinberg,Thomas Fennel,Patrik Grychtol,Robert Hartmann,Markus Ilchen,M. Izquierdo,B. Krebs,Markus Kuster,Tommaso Mazza,Jacobo Montano,Georg Noffz,D. E. Rivas,Dieter Schlosser,F. Seel,Henrik Stapelfeldt,L. Struder,J. Tiggesbaumker,Hazem Abu-Zeid Yousef,M. Zabel,Piotr Ziółkowski,Michael Meyer,Y. Ovcharenko,Andrey F. Vilesov,Th. Moller,Daniela Rupp,Rico Mayro P. Tanyag +40 more
TL;DR: In this paper , the authors demonstrate the generation of vortex-free helium nanodroplets and explore the size range in which they can be produced, up to $10^8$ atoms per droplet.