Authors: Prashant Kocherlakota , Luciano Rezzolla , H. Falcke , Christian M. Fromm , M. Krämer , Yosuke Mizuno , Antonios Nathanail , Héctor Olivares , Ziri Younsi , Kazunori Akiyama , Antxon Alberdi , W. Alef , Juan Carlos Algaba , Richard Anantua , Keiichi Asada , Rebecca Azulay , Anne-Kathrin Baczko , David Ball , Mislav Baloković , John Barrett , B. A. Benson , Dan Bintley , Lindy Blackburn , R. Blundell , W. Boland , Katherine L. Bouman , Geoffrey C. Bower , Hope Boyce , Michael Bremer , Christiaan D. Brinkerink , Roger Brissenden , S. Britzen , Avery E. Broderick , Dominique Broguière , Thomas Bronzwaer , Do‐Young Byun , J. E. Carlstrom , Andrew Chael , Chi‐kwan Chan , Shami Chatterjee , Koushik Chatterjee , Ming‐Tang Chen , Xiaopeng Cheng , Paul M. Chesler , Ilje Cho , Pierre Christian , J. E. Conway , J. M. Cordes , T. M. Crawford , G. Crew , Alejandro Cruz-Osorio , Yuzhu Cui , Jordy Davelaar , Mariafelicia De Laurentis , Roger Deane , Jessica Dempsey , G. Desvignes , Sheperd S. Doeleman , Ralph P. Eatough , Joseph Farah , Vincent L. Fish , Ed Fomalont , Raquel Fraga-Encinas , Per Friberg , H. Alyson Ford , Antonio Fuentes , Peter Galison , Charles F. Gammie , Roberto García , Olivier Gentaz , Boris Georgiev , C. Goddi , Roman Gold , José L. Gómez , Arturo I. Gómez-Ruiz , Minfeng Gu , Mark Gurwell , Kazuhiro Hada , Daryl Haggard , M. H. Hecht , Ronald Hesper , Luis C. Ho , Paul T. P. Ho , Mareki Honma , Chih-Wei L. Huang , Lei Huang , D. H. Hughes , Shiro Ikeda , Makoto Inoue , Sara Issaoun , David J. James , Buell T. Jannuzi , Michaël Janssen , Britton Jeter , Wu Jiang , Alejandra Jiménez-Rosales , Michael D. Johnson , Svetlana G. Jorstad , Taehyun Jung , Mansour Karami , R. Karuppusamy , Tomohisa Kawashima , Garrett K. Keating , Mark Kettenis , Dong-Jin Kim , Jae-Young Kim , Jongsoo Kim , Junhan Kim , Motoki Kino , Jun Yi Koay , Yutaro Kofuji , Patrick M. Koch , Shoko Koyama , C. Krämer , T. P. Krichbaum , Cheng‐Yu Kuo , Tod R. Lauer , Sang-Sung Lee , Aviad Levis , Yanrong Li , Zhiyuan Li , M. Lindqvist , Rocco Lico , Greg Lindahl , Jun Liu , Kuo Liu , Elisabetta Liuzzo , Wen-Ping Lo , A. P. Lobanov , Laurent Loinard , C. J. Lonsdale , Ru-Sen Lu , Nicholas R. MacDonald , J. Mao , N. Marchili , Sera Markoff , Daniel P. Marrone , Alan P. Marscher , I. Martí‐Vidal , Satoki Matsushita , Lynn D. Matthews , Lia Medeiros , K. M. Menten , Izumi Mizuno , J. M. Moran , Kotaro Moriyama , Monika Mościbrodzka , Cornelia Müller , Gibwa Musoke , Alejandro Mus , Hiroshi Nagai , Neil M. Nagar , Masanori Nakamura , Ramesh Narayan , Gopal Narayanan , Iniyan Natarajan , Joseph Neilsen , R. Neri , Chunchong Ni , A. Noutsos , Michael A. Nowak , Hiroki Okino , Gisela N. Ortiz-León , Tomoaki Oyama , Feryal Özel , Daniel C. M. Palumbo , Jongho Park , Nimesh Patel , Ue‐Li Pen , Dominic W. Pesce , Vincent Piétu , R. L. Plambeck , Aleksandar PopStefanija , Oliver Porth , Felix M. Pötzl , Ben Prather , Jorge A. Preciado-López , Dimitrios Psaltis , Hung-Yi Pu , Venkatessh Ramakrishnan , Ramprasad Rao , Mark G. Rawlings , Alexander W. Raymond , Angelo Ricarte , Bart Ripperda , Freek Roelofs , A. E. E. Rogers , E. Ros , Mel Rose , Arash Roshanineshat , Helge Rottmann , A. L. Roy , Chet Ruszczyk , K. L. J. Rygl , Salvador Sánchez , David Sánchez-Argüelles , Mahito Sasada , T. Savolainen , F. Peter Schloerb , K. Schüster , Lijing Shao , Zhi-Qiang Shen , Des Small , Bong Won Sohn , Jason Soohoo , He Sun , Fumie Tazaki , Alexandra J. Tetarenko , Paul Tiede , R. P. J. Tilanus , Michael S. Titus , Kenji Toma , Pablo Torné , Tyler Trent , Efthalia Traianou , Sascha Trippe , Ilse van Bemmel , Huib Jan van Langevelde , Daniel R. van Rossum , Jan Wagner , D. Ward–Thompson , J. F. C. Wardle , Jonathan Weintroub , Norbert Wex , Robert Wharton , Maciek Wielgus , George N. Wong , Qingwen Wu , Doosoo Yoon , André Young , Ken Young , Ye‐Fei Yuan , Ye‐Fei Yuan , J. A. Zensus , Guang-Yao Zhao , Shan-Shan Zhao - Physical review. D/Physical review. D. 2021 cited by 331
Our understanding of strong gravity near supermassive compact objects has recently improved thanks to the measurements made by the Event Horizon Telescope (EHT). We use here the M87* shadow size to infer constraints on the physical charges of a large variety of nonrotating or rotating black holes. For example, we show that the quality of the measurements is already sufficient to rule out that M87* is a highly charged dilaton black hole. Similarly, when considering black holes with two physical and independent charges, we are able to exclude considerable regions of the space of parameters for the doubly-charged dilaton and the Sen black holes.
✨ Checking sign-in… PDF Cited by View BibTeX Hide BibTeX View BibTeX Cite