The Net Advance of Physics: BLACK HOLES

ASTROPHYSICS: SINGULARITIES: BLACK HOLES:
See also History of Black Hole Concept

• General: Introductory: Bunn no date; Francis no date; NCSA Expo no date; Nemiroff 93; van der Marel et al. 2006/06;
  • Black Holes by Manojendu Choudhury [Planex Newsletter 5, 15 (2015)]
  • Black Holes Ain't So Black: An Introduction to the Great Discoveries of Stephen Hawking by Jorge Pinochet [2019/04]
  • Stephen Hawking y los agujeros negros cuanticos by Jorge Pinochet [2019/09]

• General: Textbook Sections: Modern Relativity Page; Carroll 97/12;
  • 137 Problems Involving Black Holes by Yu. L. Bolotin et al. [2013/05]
  • The Universe in Problems: Black Holes by Yu. L. Bolotin and I. V. Tanatarov [Problems for students of astrophysics.]

• General: Strominger 95/01; Lemos 96/12; Luminet 98/01; Heusler 98/04; Singh 98/05; Horowitz and Teukolsky 98/08; Bicak 2000/04; Blandford et al. 2001/07; Artemova and Novikov 2002/10; Landsberg 2002/11; Landsberg 2006/07; Compere 2006/11; Mirabel 2006/12;
  • Singularity Theorems and Their Consequences by José M. M. Senovilla [General Relativity and Gravitation 30, 701 (1998)] 148 pp.
  • Developments in Black Hole Research: Classical, Semi-classical, and Quantum by Andrew DeBenedictis [2007/11]
  • Introduction to black holes by Gustavo E. Romero [2008/05]
  • Resource Letter BH-2: Black Holes by Elena Gallo and Don Marolf [2008/06]
  • Black holes in general relativity by Matt Visser [2008/08]
  • Catalogue of Spacetimes by Thomas Müller and Frank Grave [2009/04]
  • Astrophysical Black Holes in the Physical Universe by Shuang-Nan Zhang [2010/03]
  • Key problems in black hole physics today by Pankaj S. Joshi [2011/04]
  • Black holes and Hawking radiation in spacetime and its analogues by Ted Jacobson [2011/05]
  • Recent developments in gravitational collapse and spacetime singularities by Pankaj S. Joshi and Daniele Malafarina [2012/01]
  • Challenges of Relativistic Astrophysics by Reuven Opher [2013/05]
  • A Black-Hole Primer: Particles, Waves, Critical Phenomena and Superradiant Instabilities by Emanuele Berti [2014/09]
  • Massive Black Holes: Evidence, Demographics and Cosmic Evolution by Reinhard Genzler [2014/10]
  • Astrophysical Black Holes: A Compact Pedagogical Review by Cosimo Bambi [2017/11]
  • Astrophysical Black Holes by Pedro R. Capelo [2018/07]
  • Black hole demography at the dawn of gravitational-wave astronomy: state of the art and future perspectives by Michela Mapelli [2018/07]
  • Lecture notes on black hole binary astrophysics by Marco Celoria et al. [2017/06]
  • Astrophysics of Stellar Black Holes by Michela Mapelli [2018/07]
  • Fundamental Concepts [of Black Holes in X-ray and Gamma-ray Astronomy] by Cosimo Bambi and Sourabh Nampalliwar [2018/10]
  • Light Rays, Singularities, and All That by Edward Witten [2019/01]
  • Testing the Nature of Dark Compact Objects: A Status Report by Vitor Cardoso and Paolo Pani [2019/04]
  • Astrophysical Black Holes: A Review by Cosimo Bambi [2019/06]
  • Einstein and Eddingon and the Consequences of General Relativity: Black Holes and Gravitational Waves by J. P. S. Lemos et al. [2019/11]
  • Astrophysical Black Holes by A. C. Fabian and A. N. Lasenby [2019/11]
  • The ubiquity of black holes in modern physics by J. V. Rocha [2021/10]
  • An overview of compact-star populations and some of its open problems by L. M. de Sá et al. [2023/01]
  • Black holes as the end state of stellar evolution: Theory and simulations by A. Heger et al. [2023/04]
  • Astrophysical black holes: Theory and observations by M. Adamo and A. Maselli [2023/11]

• General: Numerical Simulations: Masso 94/12; Seidel 98/06;
  • Black Hole Formation and Growth: Simulations in General Relativity by Stuart L. Shapiro [2007/11]
  • The Status of Black-Hole Binary Merger Simulations with Numerical Relativity by Sean T. McWilliams [2010/12]
  • The numerical relativity breakthrough for binary black holes by Ulrich Sperhake [2014/11]
  • Viewpoint: The First Sounds of Merging Black Holes by Emanuele Berti [APS Physics 9, 17 (2016)]
  • Numerical Relativity Beyond Astrophysics by David Garfinkle [2016/06]
  • Approaching the Black Hole by Numerical Simulations by Christian Fendt [Universe 5, 99 (2019)]
  • Black holes by M. Mezcua [2021/10]
  • Black holes as the end state of stellar evolution: Theory and simulations by A. Heger et al. [2023/04]

• General: Experimental/Observational: Chakrabarti 98/03; Ho 98/03; Charles 98/06; Hughes 2005/11; Casares 2006/12;
  • Black Holes in the Galaxy by Josep M. Paredes [2008/03]
  • Observational Evidence for Black Holes by Ramesh Narayan and Jeffrey E. McClintock [2013/12]
  • The observational evidence for horizons: from echoes to precision GW physics by Vitor Cardoso and Paolo Pani [2017/07]
  • Imaging Black Holes: Past, Present and Future by Heino Falcke [2018/01]
  • The Hole Picture by Vitor Cardoso [2019/10] Observational data on black holes.
  • Tests of general relativity using black-hole X-ray data by D. Ayzenberg and C. Bambi [2021/11]
  • Black-hole images: A review by S.-B. Chen et al. [2023/01]
  • Observations of stellar-mass black holes in the Galaxy by M. MacLeod and J. Grindlay [2023/04]
  • Astrophysical black holes: Theory and observations by M. Adamo and A. Maselli [2023/11]
  • A beginner's guide to black-hole imaging and associated tests of general relativity by A. Lupsasca et al. [2024/02]
  • Experimental studies of black holes: Status and future prospects by R. Genzel et al. [2024/04]
  • X-ray obserrvations of black-hole sources by A. R. Rao [2024/06]

• Types: KERR; NAKED SINGULARITIES; WORMHOLES;
• Type: ACCELERATING: Aspects: RADIATION: Giddings 95/07;

• Type: ANALOGUE:
  • Black holes and Hawking radiation in spacetime and its analogues by Ted Jacobson [2011/05]
  • Mimicking black hole event horizons in atomic and solid-state systems by Marcel Franz and M. Rozali [2018/08]

• Type: BINARY:
  • Black Hole and Neutron Star Binaries: Theoretical Challenges by Thibault Damour [2007/05]
  • Binary Black Hole Coalescence by Frans Pretorius [2007/10]
  • Massive Binary Black Holes in the Cosmic Landscape by M. Colpi and M. Dotti [2009/06]
  • The Current Status of Binary Black Hole Simulations in Numerical Relativity by Ian Hinder [2010/01]
  • Boundary Conditions for the Gravitational Field by Jeffrey Winicour [2012/03]
  • Stellar Mass Black Holes and Ultraluminous X-Ray Sources by Rob Fender and Tomaso Belloni [Science 337, 540 (2012)]
  • Black Hole Binaries and Microquasars by Shuang-Nan Zhang [2013/02]
  • The numerical relativity breakthrough for binary black holes by Ulrich Sperhake [2014/11]
  • Lecture notes on black hole binary astrophysics by Marco Celoria et al. [2017/06]
  • Merging stellar-mass binary black holes by Ilya Mandel and Alison Farmer [2018/06]
  • Black holes in General Relativity and beyond by Enrico Barausse [2019/01]
  • A review of quasi-periodic oscillations from black hole X-ray binaries: observation and theory by A. Ingram and S. Motta [2020/01]
  • Formation channels of single and binary stellar-mass black holes by M. Mapelli [2021/06]
  • Observational signatures of supermassive-black-hole binaries by D. J. D'Orazio and M. Charisi [2023/10]

• Type: FUZZBALL
  • The fuzzball proposal for black holes by Kostas Skenderis and Marika Taylor [2008/04]

• Type: INTERMEDIATE MASS: van der Marel 2003/02;
  • Croatian Black Hole School 2010 lecture notes on IMBHs in GCs by Mario Pasquato [2010/07]
  • Intermediate Mass Black Holes: A Brief Review by Filippos Koliopanos [2018/01]
  • Intermediate-Mass Black Holes by J. E. Greene et al. [2019/11]

• Type: KERR--NEWMAN:
  • Black holes in classical general relativity and beyond by D. Psaltis [2023/04]

• Type: MINIATURE: Landsberg 2002/11; Landsberg 2006/07;
  • Black Holes at Accelerators by Bryan Webber [2005/11]
  • Black Holes at the LHC: Progress since 2002 by Seong Chan Park [2008/06]
  • Micro black holes in the laboratory by Marcus Bleicher et al. [2011/11]
  • Black holes and the LHC: A review by Seong Chan Park [2012/03]

• Type: MYERS-PERRY:
  • Myers-Perry black holes by Robert C. Myers [2011/11]

• Type: NEWTONIAN:
  • A Black-Hole Primer: Particles, Waves, Critical Phenomena and Superradiant Instabilities by Emanuele Berti [2014/09]

• Type: PRIMORDIAL or EARLY: Carr 2003/10; Carr 2005/04;
  • Primordial Black Holes: sirens of the early Universe by Anne M. Green [2014/03]
  • Primordial Black Holes: Perspectives in Gravitational Wave Astronomy by Misao Sasaki et al. [2018/01]
  • Formation of the First Black Holes: Current Observational Status by Dominik R. G. Schleicher [2018/07]
  • Growth and Feedback from the First Black Holes by John H. Wise [2018/07]
  • Formation of the First Black Holes: Formation and Evolution of the Cosmic Large-Scale Structure by Bjoern Malte Schaefer [2018/07]
  • Formation of the first stars and black holes by L.Haemmerlé et al. [2020/03]
  • A topic review on probing primordial black hole dark matter with scalar induced gravitational waves by C. Yuan and Q.-G. Huang [2021/03]
  • A brief review on primordial black holes as dark matter by P. Villanueva-Domingo et al. [2021/03]
  • Lecture notes on inflation and primordial black holes by C. T. Byrnes and P. S. Cole [2021/12]
  • Constraints on primordial black holes as dark matter from observation: A review by M. Oncins [2022/05]
  • The dawn of black holes by E. Lusso et al. [2022/05]
  • Primordial-black-hole constraints with Hawking radiation: A review by J. Auffinger [2022/06]
  • Primordial black holes by A. Escrivà et al. [2022/11]
  • The basics of primordial-black-hole formation and abundance estimation by C.-L. Yoo [2022/11]
  • Inflation and primordial black holes by O. Özsoy and G. Tasinato [2023/01]
  • The formation of the first black holes by J. H. Wise [2023/04]
  • Lectures on gravitational-wave signatures of primordial black holes by G. Domènech [2023/07]
  • Primordial black holes as a dark-matter candidate: A brief overview by A. M. Green [2024/02]
  • New ideas on the formation and astrophysical detection of primordial black holes by M. M. Flores and A. Kusenko [2024/04]
  • Gravitational waves from sub-solar-mass primordial black holes by A. L. Miller [2024/04]
  • Primordial black holes: A small review by A. Arbey [2024/05]

• Type: QUANTUM: Ram et al. 2005/04;
  • Developments in Black Hole Research: Classical, Semi-classical, and Quantum by Andrew DeBenedictis [2007/11]
  • Lectures on Quantum Black Holes by Atish Dabholkar and Suresh Nampuri [Lecture Notes in Physics 851, 165 (2012)]
  • Jerusalem Lectures on Black Holes and Quantum Information by Daniel Harlow [2014/09]
  • The Complexity of Quantum States and Transformations: From Quantum Money to Black Holes by Scott Aaronson [2016/02] 111 pp.
  • Astronomical tests for quantum black hole structure by Steven B. Giddings [2017/03]
  • Quantum Black Holes by Badis Ydri [2017/08]
  • Quantum Black Holes by Viatcheslav Mukhanov [2018/10]
  • Solvable models of quantum black holes: A review on Jackiw--Teitelboim gravity by T. G. Mertens and G. J. Turiaci [2022/10]
  • Black holes in quantum gravity by D. Harlow [2023/04]
  • Three-dimensional quantum black holes: A primer by E. Panella et al. [2024/07]

• Type: RECOILING:
  • Recoiling black holes: electromagnetic signatures, candidates, and astrophysical implications by S. Komossa [Advances in Astronomy 2012, 364973 (2012)]

• Type: REGULAR:
  • Regular black holes: A short topic review by C. Lan et al. [2023/03]

• Type: STELLAR:
  • Stellar Mass Black Holes and Ultraluminous X-Ray Sources by Rob Fender and Tomaso Belloni [Science 337, 540 (2012)]
  • Observations of stellar-mass black holes in the Galaxy by M. MacLeod and J. Grindlay [2023/04]

• Type: SUPERMASSIVE: Ferrarese and Merritt 2002/06; Ferrarese 2002/07; Rees and Volonteri 2007/01;
  • Supermassive Black Holes by Fulvio Melia [2007/05]
  • The Origins and the Early Evolution of Quasars and Supermassive Black Holes by S. G. Djorgovski et al. [2008/03]
  • Formation of Supermassive Black Holes by Marta Volonteri [2010/03]
  • The Origin and Detection of High-Redshift Supermassive Black Holes by Zoltán Haiman [2010/03]
  • The Formation of the First Massive Black Holes by Zoltán Haiman [2012/03]
  • The Formation and Evolution of Massive Black Holes by Marta Volonteri [Science 337, 544 (2012)]
  • The first massive black holes by Marta Volonteri [2012/09]
  • The cosmic X-ray background: abundance and evolution of hidden black holes by Roberto Gilli [2013/04]
  • Astrophysics of Super-massive Black Hole Mergers by Jeremy D. Schnittman [2013/07]
  • Supermassive Black Hole Binaries: The Search Continues by Tamara Bogdanovic [2014/06]
  • The evolution of high-redshift massive black holes by Marta Volonteri et al. [2015/11]
  • Formation of supermassive black hole seeds by Muhammad A. Latif and Andrea Ferrara [2016/05]
  • Supermassive Black Holes in the Early Universe by Aaron Smith and Volker Bromm [2019/04]
  • Supermassive black holes in the early universe by J. A. de Freitas Pacheco [2020/01]
  • Massive black hole mergers by E. Barausse and A. Lapi [2020/11]
  • The origins of massive black holes by M. Volonteri et al. [2021/10]
  • Observational signatures of supermassive-black-hole binaries by D. J. D'Orazio and M. Charisi [2023/10]

• Type: SUPERMASSIVE: Re: GALAXIES: Ho 98/03; Kormendy and Ho 2000/03; Combes 2002/08 Komossa 2002/09; de Zeeuw 2003/03;
  • Black Holes in the Galaxy by Josep M. Paredes [2008/03]
  • The Co-Evolution of Galaxies and Black Holes by T. M. Heckman [2008/09]
  • The role of black holes in galaxy formation and evolution by A. Cattaneo et al. [Nature 460, 213 (2009)]
  • Galaxy bulges and their massive black holes: a review by Alister W. Graham [2015/01]
  • Massive black holes in merging galaxies by Marta Volonteri et al. [2015/09]
  • Massive black holes in galactic nuclei by D. Izquerdo-Villalba et al. [2023/11]

• Type: SUPERMASSIVE: RE: JETS: Mirabel 2003/02;

• Type: SUPERMASSIVE: Re: STARS:
  • Tidal disruption of stars by supermassive black holes: Status of observations by S. Komossa [2015/05]
  • Stellar Dynamics and Stellar Phenomena near a Massive Black Hole by Tal Alexander [2017/01]

• Type: SUPERMASSIVE: GALACTIC: Re: COMPTON REFLECTION: Reynolds 98/10;

• Type: SUPERMASSIVE: GALACTIC: Re: IRON FLUORESCENCE: Reynolds 98/10;

• Type: SUPERMASSIVE: GALACTIC: Re: NUCLEAR STAR-CLUSTERS:
  • Nuclear Star Clusters - Structure and Stellar Populations by Nadine Neumayer [2012/08]

• Specific Cases: SGR A*;

• Aspects: CHOPTUIK PHENOMENON; HAWKING RADIATION;

• Aspects: ANGULAR MOMENTUM:
  • Black hole spin: theory and observation by Matthew Middleton [2015/07]

• Aspects: COMPLEXITY:
  • PiTP Lectures Complexity and Black Holes by Leonard Susskind [2018/08]
  • Three Lectures on Complexity and Black Holes by Leonard Susskind [2018/10]

• Aspects: EMBEDDING: Introductory: Marolf 98/06;

• Aspects: ENTROPY: Page 93/05; Strominger 95/01; Majumdar 98/07; Horowitz and Teukolsky 98/08; Wald 99/12; Maldacena 2000/02;
  • Black Holes, Entropy, and Information by Gary L. Horowitz [2007/08]
  • Black hole entropy by Parthasarathi Mitra [2009/01]
  • Introduction to quantum information theory and outline of two applications to physics: the black hole information paradox and the renormalization group information flow by Fabio Grazioso [2015/07]
  • The Complexity of Quantum States and Transformations: From Quantum Money to Black Holes by Scott Aaronson [2016/02] 111 pp.
  • The Black Hole Information Problem by Joseph Polchinski [2016/09]
  • Information Loss [and Black Holes] by William G. Unruh and Robert M. Wald [2017/03]
  • The Black Hole information problem: past, present, and future by Donald Marolf [2017/03]
  • Cosmological Implications of the Bekenstein Bound by Tom Banks and Willy Fisher [2018/10]
  • Entropy from Carnot to Bekenstein by Ted Jacobson [2018/10]
  • Black Hole Entropy and Quantum Mechanics by Juan Maldacena [2018/10]

• Aspects: ENTROPY: Re: MINIMAL CYCLES: Vafa 98/05;
• Aspects: ENTROPY: Re: QUANTUM GRAVITY: Majumdar 2000/09;
• Aspects: ENTROPY: Re: STRING THEORY: Sen 98/02; Peet 2000/08; Das and Mathur 2001/05;
• Aspects: ENTROPY: Re: SUPERGRAVITY: Peet 2000/08;
• Aspects: ENTROPY: HAWKING: Page 93/05; Strominger 95/01; Majumdar 98/07;

• Aspects: ENTROPY: BEKENSTEIN: Majumdar 98/07;
  • Cosmological Implications of the Bekenstein Bound by Tom Banks and Willy Fisher [2018/10]

• Aspects: GRAVITATIONAL RADIATION: Seidel 90; Rezzolla 2003/02;
  • Black Hole Based Tests of General Relativity by Kent Yagi and Leo C. Stein [Class. Quant. Grav. 33, 054001 (2016)]
  • Primordial Black Holes: Perspectives in Gravitational Wave Astronomy by Misao Sasaki et al. [2018/01]
  • The first five years of gravitational-wave astrophysics by S. Vitale [2020/11]
  • Testing the nature of dark compact objects with gravitational waves by E. Maggio et al. [2021/05]
  • Lectures on gravitational-wave signatures of primordial black holes by G. Domènech [2023/07]
  • Dark matter, black holes, and gravitational waves by G. Bertone [2024/04]
  • Gravitational waves from sub-solar-mass primordial black holes by A. L. Miller [2024/04]

• Aspects: HIDDEN SYMMETRIES:
  • Hidden Symmetries of Dynamics in Classical and Quantum Physics by Marco Cariglia [Reviews of Modern Physics 86, 1283 (2014)]

• Aspects: HORIZONS:
  • The observational evidence for horizons: from echoes to precision GW physics by Vitor Cardoso and Paolo Pani [2017/07]
  • Basics of apparent horizons in black-hole physics by E. Atlas and B. Tekin [2021/08]
  • [Quasi-local] Black Hole Horizons and their Mechanics by A. Ashtekar [2023/08]

• Aspects: INSTABILITIES:
  • A Black-Hole Primer: Particles, Waves, Critical Phenomena and Superradiant Instabilities by Emanuele Berti [2014/09]

• Aspects: MASS:
  • Mass of black holes: The State of the Art by B. Czerny and M. Nikolajuk [Frascati 2009/05]
  • Astrophysical Applications of Gravitational Microlensing by Shude Mao [2012/07]
  • The Masses and Spins of Neutron Stars and Stellar-Mass Black Holes by M. Coleman Miller and Jon M. Miller [2014/08]

• Aspects: NO HAIR THEOREM: Mazur 2001/01;

• Aspects: PERTURBATIONS:
  • Quasinormal modes of black holes: from astrophysics to string theory by R. A. Konoplya and A. Zhidenko [2011/02]
  • Advanced Methods in Black-Hole Perturbation Theory by Paolo Pani [2013/03]

• Aspects: QUANTUM MECHANICAL EFFECTS: Jacobson 95/10; Wipf 98/01; Ashtekar and Krasnov 98/04; 't Hooft 2000/03; Kiefer 2002/02;
  • Jerusalem Lectures on Black Holes and Quantum Information by Daniel Harlow [2014/09]
  • Black holes in quantum gravity by D. Harlow [2023/04]

• Aspects: RADIATION: Types: HAWKING:

• Aspects: RADIATION: Type: GAMMA:
  • Fundamental Concepts [of Black Holes in X-ray and Gamma-ray Astronomy] by Cosimo Bambi and Sourabh Nampalliwar [2018/10]

• Aspects: RADIATION: Type: X RAY: van Paradijs 98/02; Grove et al. 98/04; Cui 98/09; Reynolds and Nowak 2002/12;
  • The cosmic X-ray background: abundance and evolution of hidden black holes by Roberto Gilli [2013/04]
  • Fundamental Concepts [of Black Holes in X-ray and Gamma-ray Astronomy] by Cosimo Bambi and Sourabh Nampalliwar [2018/10]
  • Tests of general relativity using black-hole X-ray data by D. Ayzenberg and C. Bambi [2021/11]
  • X-ray tests of general relativity with black holes by C. Bambi [2023/05]
  • X-ray observations of black-hole sources by A. R. Rao [2024/06]
  • Black-hole X-ray spectra: Notes on the relativistic calculations by C. Bambi [2024/08]

• Aspects: REMNANTS:
  • The case for black hole remnants by Y. C. Ong [2024/12]

• Aspects: RIGIDITY:
  • Rigidity Results in General Relativity: a Review by Alexandru Ionescu and Sergiu Klainerman [2015/01]

• Aspects: SHADOWS:
  • Chaotic shadows of black holes: A short review by M.-Z. Wang et al. [2022/05]

• Aspects: SPECTRUM: IRON LINES: Reynolds and Nowak 2002/12;

• Aspects: SUPERRADIANCE:
  • Superradiance by Richard Brito et al. [2015/01] 221 pp.

• Aspects: THERMODYNAMICS: Jacobson 98/01; Wald 99/01; Wald 99/12; Ross 2005/02;
  • A Primer for Black Hole Quantum Physics by Robert Brout et al. [Phys. Report 260, 329 (1995)]
  • Black holes and thermodynamics -- The first half century by Daniel Grumiller et al. [2014/02]
  • Black Hole Thermodynamics by Steven Carlip [2014/10]
  • Quantum Gravity: A Brief History of Ideas and Some Prospects by Steven Carlip et al. [2015/07]
  • A Survey of Black Hole Thermodynamics by Aron C. Wall [2018/04]
  • Black Hole Thermodynamics: General Relativity and Beyond by Sudipta Sarkar [General Relativity and Gravitation 51, 63 (2019)]
  • The first law of black hole mechanics by L. Rossi [2020/12]
  • Black-hole thermodynamics and perturbative quantum gravity by D. V. Fursaev [2022/10]
  • Introduction to black-hole thermodynamics by E. Witten [2024/12] 127 pp.

• Aspects: TIDAL FORCES:
  • The little robot, black holes, and spaghettification by J. Pinochet [2022/03]

• Aspects: TRAPPED SURFACES:
  • Some examples of trapped surfaces by Ingemar Bengtsson [2011/12]

• Aspects: UNIQUENESS THEOREM: Mazur 2001/01;

• Processes: ACCRETION FLOW: Park and Ostriker 98/11; Svensson 99/02; Blandford et al. 2001/07; Blaes 2002/11;
  • Recent developments in gravitational collapse and spacetime singularities by Pankaj S. Joshi and Daniele Malafarina [2012/01]
  • Accreting Black Holes by Mitchell C. Begelman [2014/10]
  • Black hole accertion discs by Jean-Pierre Lasota [2015/05]
  • Accreting Black Holes by Cosimo Bambi and Sourabh Nampalliwar [2018/10]
  • The physics of accretion discs, winds, and jets in tidal disruption events by J. L. X. Dai et al. [2021/01]
  • Accretion around black holes: The geometry and spectra by B. F. Liu and E. Qiao [2022/01]
  • Circumbinary accretion: From binary stars to massive binary black holes by D. Lai and D. J. Muñoz [2022/11]
  • Accretion processes onto black holes: Theoretical problems, observational constraints by B. Czerny et al. [2023/12]

• Processes: ACCRETION FLOW: Types: ADVECTION DOMINATED: Menou et al. 97/12; Menou et al. 98/03; Svensson 99/02; Chakrabarti 2000/07;
• Processes: ACCRETION FLOW: Re: SEISMOLOGY: Wagoner 98/05;

• Processes: COLLISIONS: Pullin 98/03;
  • Lecture Notes: Numerical Relativity in higher dimensional spacetimes by Helvi Witek [2013/03]
  • Kilonovae by Brian D. Metzger [2019/10]

• Processes: EVAPORATION: Introductory: Francis no date;

• Processes: EVAPORATION: Benachenhou 94/12; Jacobson 95/10;
  • Introduction to Black Hole Evaporation by Pierre-Henry Lambert [2013/10]

• Processes: EVAPORATION: Re: TIME-DEPENDENCE OF GRAVITATIONAL CONSTANT: Barrow 97/11;

• Processes: EVOLUTION:
  • Evolution of massive black holes by Marta Volonteri [2007/09]
  • Black Hole Formation and Growth: Simulations in General Relativity by Stuart L. Shapiro [2007/11]
  • The Origins and the Early Evolution of Quasars and Supermassive Black Holes by S. G. Djorgovski et al. [2008/03]
  • The Co-Evolution of Galaxies and Black Holes by T. M. Heckman [2008/09]
  • A practical guide to the massive black hole cosmic history by Alberto Sesana [2011/10]
  • Lecture notes on black hole binary astrophysics by Marco Celoria et al. [2017/06]

• Processes: FORMATION: Wang 2001/04;
  • Black Hole Formation and Growth: Simulations in General Relativity by Stuart L. Shapiro [2007/11]
  • The Origins and the Early Evolution of Quasars and Supermassive Black Holes by S. G. Djorgovski et al. [2008/03]
  • Formation of Supermassive Black Holes by Marta Volonteri [2010/03]
  • A practical guide to the massive black hole cosmic history by Alberto Sesana [2011/10]
  • The first massive black holes by Marta Volonteri [2012/09]
  • Gravity Defied I : The self-gravitating objects by Sushan Konar [Resonance 22, 225 (2017)] Why small astronomical objects do not collapse into black holes. See also Part II: The failed stars; Part III: White Dwarfs; Part IV: Neutron Stars
  • Lecture notes on black hole binary astrophysics by Marco Celoria et al. [2017/06]
  • Formation channels of single and binary stellar-mass black holes by M. Mapelli [2021/06]
  • The formation of the first black holes by J. H. Wise [2023/04]
• Processes: FORMATION: Numerical Simulation: Seidel 98/06;
• Processes: FORMATION: TeV GRAVITY: Cavaglia 2002/10;
• Processes: INFORMATION LOSS: (See also HOLOGRAPHIC PRINCIPLE;): Page 93/05; Giddings 94/11; Strominger 95/01; Giddings 95/05; Bekenstein 2001/07; Bousso 2002/03;
  • Jerusalem Lectures on Black Holes and Quantum Information by Daniel Harlow [2014/09]
  • Introduction to quantum information theory and outline of two applications to physics: the black hole information paradox and the renormalization group information flow by Fabio Grazioso [2015/07]
  • Cosmological Implications of the Bekenstein Bound by Tom Banks and Willy Fisher [2018/10]

• Processes: INFORMATION LOSS: Re: LOOP QUANTUM GRAVITY: Rovelli 98/01;
• Processes: INFORMATION LOSS: Re: STRING THEORY: Sen 98/10;

• Processes: MERGERS:
  • Binary Black Hole Coalescence by Frans Pretorius [2007/10]
  • Summary of GR18 Numerical Relativity parallel sessions (B1/B2 and B2), Sydney, by Carsten Gundlach [2007/07]
  • Introductory lectures on the Effective One Body formalism by Thibault Damour [2007/09]
  • Massive Binary Black Holes in the Cosmic Landscape by M. Colpi and M. Dotti [2009/06]
  • Black-hole binaries, gravitational waves, and numerical relativity by Joan M. Centrella et al. [2010/10]
  • The Status of Black-Hole Binary Merger Simulations with Numerical Relativity by Sean T. McWilliams [2010/12]
  • Astrophysics of Super-massive Black Hole Mergers by Jeremy D. Schnittman [2013/07]
  • Merging stellar-mass binary black holes by Ilya Mandel and Alison Farmer [2018/06]
  • Massive black hole mergers by E. Barausse and A. Lapi [2020/11]
  • Binary black hole mergers: Formation and populations by M. Mapelli [2021/05]

• Processes: MERGERS: Aspects: RATE: Dermer and Weiler 95/08;

• Processes: MERGERS: Re: CRITICAL PHENOMENA:
  • A Black-Hole Primer: Particles, Waves, Critical Phenomena and Superradiant Instabilities by Emanuele Berti [2014/09]

• Processes: MERGERS: Re: GRAVITATIONAL RADIATION:
  • Gravitational waves from black-hole mergers by John G. Baker et al. [2007/08]
  • Black-hole binaries, gravitational waves, and numerical relativity by Joan M. Centrella et al. [2010/10]
  • Analytical meets numerical relativity - status of complete gravitational waveform models by Frank Ohme [2011/11]

• Processes: OSCILLATIONS: MILLISECOND: vand der Klis 2000/01;
• Re: FIELD THEORY;

• Re: ACCRETION DISKS: Menou et al. 97/12; Menou et al. 98/03; Park and Ostriker 98/11; Nowak and Lehr 98/12; Beloborodov 99/01; Svensson 99/02; Blandford et al. 2001/07;
  • Black Hole Accretion Disks by Marek A. Abramowicz and P. Chris Fragile [2011/04]
  • Recent developments in gravitational collapse and spacetime singularities by Pankaj S. Joshi and Daniele Malafarina [2012/01]
  • Current Status of Simulations [of Black-Hole Accretion-Discs] by Patrick Christopher Fragile [2012/10]
  • General Overview of Black Hole Accretion Theory by Omer Blaes [2013/04]

• Re: ACCRETION DISKS: Aspects: SPECTRA: Wheeler et al., 96/01; Krolik 98/01;
• Re: ACCRETION DISKS: Re: MAGNETIC FIELDS: Svensson 99/02;
• Re: ACCRETION DISKS: Re: SEISMOLOGY: Wagoner 98/05;
• Re: ACTIVE GALACTIC NUCLEI: McLure 2003/02; Osmer 2003/04;

• Re: BLAZARS:
  • Jets, black holes and disks in blazars by Gabriele Ghisellini [2013/09]

• Re: BULGES: Merritt and Ferrarese 2001/07;

• Re: CHAOS:
  • Chaos and Black Holes by Viktor Jahnke [2018/11]

• Re: COMPLEXITY:
  • The Complexity of Quantum States and Transformations: From Quantum Money to Black Holes by Scott Aaronson [2016/02] 111 pp.

• Re: CRITICAL PHENOMENA: Gundlach 97/12; Brady and Cai 98/12; Gundlach 2000/01; Wang 2001/04; Gundlach 2002/10;
  • Critical phenomena in gravitational collapse by Carsten Gundlach and Jose M. Martin-Garcia [2007/11]
  • A Black-Hole Primer: Particles, Waves, Critical Phenomena and Superradiant Instabilities by Emanuele Berti [2014/09]

• Re: DARK MATTER:
  • A status report on the phenomenology of black holes in loop quantum gravity: Evaporation, tunneling to white holes, dark matter and gravitational waves by Aurélien Barrau et al. [2018/08]
  • Primordial black holes as a dark-matter candidate: A brief overview by A. M. Green [2024/02]

• Re: EARLY UNIVERSE:
  • Black Holes in the Early Universe by Marta Volonteri and Jillian Bellovary [2012/09]

• Re: GALAXIES: Dehnen 98/02;
  • Black Holes in the Galaxy by Josep M. Paredes [2008/03]

• Re: GALAXIES: ACTIVE GALAXIES: Netzer and Peterson 97/06; Wandel 98/08; Lawrence 99/02; Madejski 99/03;
• Re: GALAXIES: BARRED GALAXIES: Merritt 98/03;

• Re: GALAXIES: GALACTIC EVOLUTION: Dehnen 98/02;

• Re: GAMMA RAY BURSTS: Dermer and Weiler 95/08; Halzen 98/10;

• Re: GENERAL RELATIVITY:
  • Black Hole Based Tests of General Relativity by Kent Yagi and Leo C. Stein [Class. Quant. Grav. 33, 054001 (2016)]
  • Black holes in General Relativity and beyond by Enrico Barausse [2019/01]
  • Tests of general relativity using black-hole X-ray data by D. Ayzenberg and C. Bambi [2021/11]
  • X-ray tests of general relativity with black holes by C. Bambi [2023/05]
  • A beginner's guide to black-hole imaging and associated tests of general relativity by A. Lupsasca et al. [2024/02]

• Re: GRAVITATION: THEORIES OTHER THAN GENERAL RELATIVITY: Myers 98/11;
  • Black holes in General Relativity and beyond by Enrico Barausse [2019/01]

• Re: GRAVITATIONAL LENSING: Alexander 2002/02;
  • Extreme gravitational lensing by supermassive black holes by Valerio Bozza [2007/11]
  • Astrophysical Applications of Gravitational Microlensing by Shude Mao [2012/07]

• Re: HADRON COLLIDERS:
  • Black Holes at the LHC: Progress since 2002 by Seong Chan Park [2008/06]

• Re: HOLOGRAPHIC PRINCIPLE: 't Hooft 2000/03;
  • Jerusalem Lectures on Black Holes and Quantum Information by Daniel Harlow [2014/09]

• Re: JETS: Madejski 99/03; Blandford et al. 2001/07; Mirabel 2003/02;

• Re: LOOP QUANTUM GRAVITY: Rovelli 98/01;
  • Black Holes in Loop Quantum Gravity by Alejandro Perez [2017/03]
  • A status report on the phenomenology of black holes in loop quantum gravity: Evaporation, tunneling to white holes, dark matter and gravitational waves by Aurélien Barrau et al. [2018/08]
  • Report on the session 'Loop Quantum Gravity: Cosmology and Black Holes' of the 16th Marcel Grossmann Meeting by J. Pullin and P. Singh [2021/07]

• Re: MASS AND INERTIA: Rosu 94/12;

• Re: NEUTRINOS: Halzen 98/10;
  • Neutrinos in colliding neutron stars and black holes by F. Foucart [2024/10]

• Re: NEUTRON STARS:
  • Black Hole and Neutron Star Binaries: Theoretical Challenges by Thibault Damour [2007/05]
  • A brief overview of black hole - neutron star mergers by F. Foucart [2020/06]
  • Coalescence of black-hole--neutron-star binaries by K. Kyutoku et al. [2021/10]
  • Black-hole--neutron-star binaries by M. D. Duez [2024/04]

• Re: PARTICLE ACCELERATION:
  • Black holes as particle accelerators: a brief review by Tomohiro Harada and Masashi Kimura [2014/09]

• Re: QUANTUM ELECTRODYNAMICS:
  • Astrophysics in Strong Electromagnetic Fields and Laboratory Astrophysics by Sang Pyo Kim [2018/07]

• Re: QUANTUM GEOMETRY: Ashtekar 2002/02;

• Re: QUANTUM MECHANICS: Wipf 98/01;

• Re: QUASARS: Dunlop 2003/04;
  • The Origins and the Early Evolution of Quasars and Supermassive Black Holes by S. G. Djorgovski et al. [2008/03]
  • The odd couple: quasars and black holes by Scott Tremaine [2014/07]

• Re: STELLAR DYNAMICS: Alexander 2002/02;

• Re: STRINGS:
  • Black-hole--string correspondence by L. Susskind [2021/10]

• Re: TRIAXIAL POTENTIALS: Merritt 98/03;

• Re: UNRUH EFFECT: Jacobson 95/10; Wipf 98/01;
• Re: X RAY BINARIES: van Paradijs 98/02; Grove et al. 98/04; Cui 98/09; Orosz 2002/09; McClintock and Remillard 2003/06;
  • A decade of black-hole X-ray-binary transients by P. A. Charles et al. [2022/01]