Supermassive Black Holes

Rezensionen / Stimmen

'... this book by a leading researcher is an excellent introduction to the subject. ...The work is suitable as a graduate or advanced undergraduate textbook; faculty researchers also will find it a valuable resource. As such, it should certainly be in the collection of every institution with an astrophysics department. ... Highly recommended.' A. Spero, Choice 'With its thorough and dedicated treatment of the captivating physics of supermassive black holes, this book's arrival could not be more timely, as astonishing advances, including in gravitational waves and event horizon imaging, are inspiring a new generation of students to strive to learn the secrets of these mysterious yet cosmologically ubiquitous objects.' Amy Barger, University of Wisconsin-Madison 'In this lucid text, Andrew King gives an insightful introduction to the physics of black holes, astrophysical fluids, and accretion processes. From these foundations, he develops a broad framework for understanding how supermassive black holes may grow by chaotic accretion of gas from their host galaxies.' Philip Armitage, Stony Brook University 'Andrew King has taken a fresh approach to the astronomy of supermassive black holes, presenting their core physics clearly and cogently. Congratulations!' Martin Elvis, Center for Astrophysics, Harvard & Smithsonian '... a timely and relevant textbook in the current research landscape. ... a highly enjoyable read, offering a comprehensive overview of crucial theoretical concepts related to supermassive black holes... particularly well-suited for graduate students embarking on their journey in this field. ... It is also an excellent resource for individuals transitioning from a general physics background to astrophysics, as it illuminates the connections between General Relativity, fluid dynamics, and the intricate world of AGN physics. As I pass the book on to my summer student, I wholeheartedly recommend it to anyone interested in exploring the fascinating world of supermassive black holes.' Sophie Koudmani, The Observatory