On particle creation by black holes

Wald, Robert M.·1975·Communications in Mathematical Physics
DOI 10.1007/bf01609863

Cited by (470)

Items 301–400 of 470

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  6. Thermodynamic studies of 5D Myers–Perry black holes: General uncertainty principle approach
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  7. Duality of two-dimensional field theory and four-dimensional electrodynamics leading to finite value of the bare charge
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  8. QFT FOR SCALAR PARTICLES IN EXTERNAL FIELDS ON RIEMANNIAN MANIFOLDS
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  9. The irreversible thermodynamics of black holes
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  10. A novel parametric bound for information retrieval from black hole radiation
    Avik Roy, Moinul Hossain Rahat, Mishkat Al Alvi, Mahbub Alam Majumdar, Md. Abdul Matin · 2012 · International Conference on Electrical and Computer Engineering (ICECE)
  11. BLACK HOLES AND UNPREDICTABILITY
    Stephen William Hawking · 1977 · Annals of the New York Academy of Sciences
  12. Twist and teleportation analogy of the black hole final state
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  13. The General Theory of Relativity
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  14. The CR volume for black holes and the corresponding entropy variation: A review
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  15. The Black Hole Idealization Paradox
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  16. Conformal Symmetry and Supersymmetry in Rindler Space
    J.W. van Holten · 2020 · Universe
  17. Black Hole Evaporation. A Survey
    Farid Benachenhou · 1994 · arXiv (Cornell University)
  18. Black holes and quantum coherence
    Robert M. Wald · 1986 · Foundations of Physics
  19. Hawking radiation as quantum mechanical reflection
    Pritam Nanda, Chiranjeeb Singha, Pabitra Tripathy, Amit Ghosh · 2022 · General Relativity and Gravitation
  20. The principle and state-of-art applications of Hawking radiation
    Chunyu Guo · 2022 · Journal of Physics Conference Series
  21. Not the Measurement Problem’s Problem: Black Hole Information Loss with Schrödinger’s Cat
    Saakshi Dulani · 2025 · Philosophy of Science
  22. Can black holes evaporate past extremality?
    Samuel E. Gralla · 2026 · Physical review. D/Physical review. D.
  23. Minimum Spacetime Length and the Thermodynamics of Spacetime
    Valeria Rossi, Sergio L. Cacciatori, A. Pesci · 2026 · Entropy
  24. Spontaneous particle creation by oscillating compact stars
    Adrián del Río, Pau López-Oliver · 2026 · Physical review. D/Physical review. D.
  25. Black hole thermodynamics at null infinity. II. Open systems, Markovian dynamics, and work extraction from nonrotating black holes
    Antoine Rignon-Bret, Matthieu Vilatte · 2026 · Physical review. D/Physical review. D.
  26. Quantum field theory on curved space-time: an axiomatic approach
    M. Martellini · 1982 · Nuovo cimento della Società italiana di fisica. A, Nuclei, particles and fields
  27. How black holes store information in high-order correlations
    Charis Anastopoulos, Ntina Savvidou · 2020 · International Journal of Modern Physics D
  28. Kappa plane wave modes and continuous squeezing in quantum field theory
    Arash Azizi · 2025 · Physical review. D/Physical review. D.
  29. Black hole field theory with a firewall in two spacetime dimensions
    C. T. Marco Ho, Daiqin Su, Robert B. Mann, Timothy C. Ralph · 2016 · Physical review. D/Physical review. D.
  30. Infrared Behavior of Interacting Quantum Field
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  31. Non-local form factors in flat and curved spacetime
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  32. Masses and fields in Microdynamics: a possible foundation for dynamic gravity
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  33. What is the effective stress energy of particles created from the vacuum?
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  34. Fermions tunnelling from 5D general rotating charged Gödel black hole
    Shi-Xiong Song, Jiang Huang, Ji-Rong Ren · 2010 · Astrophysics and Space Science
  35. Hawking Radiation -- Revisited
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  36. Quantum gauge theories
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  37. Are Black Holes Black Bodies?
    T. D. Lee · 1986 · Birkhäuser Boston eBooks
  38. The Hyper-Torus Universe Model—A New Paradigm for Understanding Reality
    Chad R. McCammon · 2024 · Preprints.org
  39. A Set-Theoretic Analysis of the Black Hole Entropy Puzzle
    Gábor Etesi · 2023 · Foundations of Physics
  40. Aspects of quantum physics in multidimensional spaces
    Silvio Bergia, F. Cannata, Bruno Giorgini · 1986 · Il Nuovo cimento della Società italiana di fisica. B/Il Nuovo cimento B
  41. Penguin amplitudes in B^+ to pi^+ K^*0, K^+ \bar{K}^*0 decays
    P. Żenczykowski · 2011 · Acta Physica Polonica B
  42. Effective quantum field theories in general spacetimes
    A. Raab · 2008 · arXiv (Cornell University)
  43. Unitarity, nonlocality, and black hole information
    Steven B. Giddings · 2006 · arXiv (Cornell University)
  44. Quantum Information in Black Hole Spacetime
    Akio Hosoya · 2003 · Journal of the Physical Society of Japan
  45. Quantum theory of a neutrino field in the external gravitational field of a rotating collapsing object
    P. A. Bolashenko, Valeri P. Frolov · 1988 · Theoretical and Mathematical Physics
  46. Gravitationally squeezed light
    James Thomas Wheeler · 1989 · General Relativity and Gravitation
  47. Hawking and Unruh Effects of a 5-Dimensional Minimal Gauged Supergravity Black Hole by a Global Embedding Approach
    Hui-Hua Zhao, Li-Chun Zhang, Guang-Liang Li · 2013 · Entropy
  48. Black hole evaporation in projective relativity
    K. H. Mariwalla · 1978 · Physics Letters A
  49. THE ROLE OF THE PLANCK SCALE IN BLACK HOLE RADIANCE
    Iván Agulló, José Navarro-Salas, Gonzalo J. Olmo, Leonard Parker · 2008 · International Journal of Modern Physics D
  50. Quantum Black Holes
    Gerard ’t Hooft · 1987 · Springer eBooks
  51. Manifestations of string theory in astrophysical data and at the LHC
    Satoshi Nawata · 2008 · Fortschritte der Physik
  52. Black holes and Berry's phase : some aspects of geometry in physics
    Rodney Anthony Morgan · 1995 · Open University of Cape Town (University of Cape Town)
  53. The Formation of the Conceptual Foundations of Gauge Field Theories
    Tian Yu Cao · 2019 · Cambridge University Press eBooks
  54. The Formation of the Conceptual Foundations of Quantum Field Theory
    Tian Yu Cao · 2019 · Cambridge University Press eBooks
  55. Einstein’s Route to the Gravitational Field
    Tian Yu Cao · 2019 · Cambridge University Press eBooks
  56. The Gauge Field Programme for Fundamental Interactions
    Tian Yu Cao · 2019 · Cambridge University Press eBooks
  57. Rindler Observers in Astrophysics and Cosmology
    Maurice H. P. M. van Putten · 2017 · Undergraduate lecture notes in physics
  58. Black hole entropy emission property
    Shao-Wen Wei, Yu-Xiao Liu · 2017 · arXiv (Cornell University)
  59. Hawking radiation, the information paradox, and black hole thermodynamics
    Badis Ydri · 2017 · Institute of Physics eBooks
  60. GRAVITATIONAL COLLAPSE AND BLACK HOLES
    M. Demiański · 1985 · Elsevier eBooks
  61. On particle penetration through de Sitter event horizon, spin 0,1 and 1/2
    Viktor M. Red'kov, Elena M. Ovsiyuk · 2010 · arXiv (Cornell University)
  62. Deriving The Bekenstein-Hawking entropy by Statistical Mechanics and Quantization of Non-Commuting Space
    Ramin Hassannejad · 2019 · arXiv (Cornell University)
  63. Metric Fluctuations in Minkowski Spacetime
    B. L. Hu, Enric Verdaguer · 2020 · Cambridge University Press eBooks
  64. Stress-Energy Tensor Fluctuations in de Sitter Space
    B. L. Hu, Enric Verdaguer · 2020 · Cambridge University Press eBooks
  65. Advanced Field Theory Topics
    B. L. Hu, Enric Verdaguer · 2020 · Cambridge University Press eBooks
  66. Epilogue: Linkage with Quantum Gravity
    B. L. Hu, Enric Verdaguer · 2020 · Cambridge University Press eBooks
  67. Two-Point Metric Perturbations in de Sitter
    B. L. Hu, Enric Verdaguer · 2020 · Cambridge University Press eBooks
  68. Cosmological Backreaction with Fluctuations
    B. L. Hu, Enric Verdaguer · 2020 · Cambridge University Press eBooks
  69. ‘In-Out’ Effective Action. Dimensional Regularization
    B. L. Hu, Enric Verdaguer · 2020 · Cambridge University Press eBooks
  70. Metric Correlations at One-Loop: In-In and Large N
    B. L. Hu, Enric Verdaguer · 2020 · Cambridge University Press eBooks
  71. Stress-Energy Tensor and Correlation. Point Separation
    B. L. Hu, Enric Verdaguer · 2020 · Cambridge University Press eBooks
  72. Toy models of black hole, white hole and wormhole: thermal effects and information loss problem
    Yu-Zhu Chen, Shilin Li, Yujie Chen, Fulin Zhang, Wu-Sheng Dai · 2020 · arXiv (Cornell University)
  73. “Splendeurs et Misères” of Hawking’s Effect
    Petr Hájíček · 1977 · Springer eBooks
  74. Quantum fields in curved spacetime: renormalization
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  75. Lagrange formalism in field theory
    Iosif L. Buchbinder, Ilya L. Shapiro · 2021 · Oxford University Press eBooks
  76. Classical fields in curved spacetime
    Iosif L. Buchbinder, Ilya L. Shapiro · 2021 · Oxford University Press eBooks
  77. One-loop divergences
    Iosif L. Buchbinder, Ilya L. Shapiro · 2021 · Oxford University Press eBooks
  78. The renormalization group in perturbative quantum gravity
    Iosif L. Buchbinder, Ilya L. Shapiro · 2021 · Oxford University Press eBooks
  79. Final remarks on Part II
    Iosif L. Buchbinder, Ilya L. Shapiro · 2021 · Oxford University Press eBooks
  80. General notions of perturbative quantum gravity
    Iosif L. Buchbinder, Ilya L. Shapiro · 2021 · Oxford University Press eBooks
  81. Canonical quantization of free fields
    Iosif L. Buchbinder, Ilya L. Shapiro · 2021 · Oxford University Press eBooks
  82. The Gauge Field Programme
    Tian Yu Cao · 2019 · Cambridge University Press eBooks
  83. Riemann Tensor Correlator in de Sitter
    B. L. Hu, Enric Verdaguer · 2020 · Cambridge University Press eBooks
  84. Make Deformation Quantization Physical Again; Applications to QFT in Curved Spacetimes
    Albert Much · 2021 · arXiv (Cornell University)
  85. Backreaction of Early Universe Quantum Processes
    B. L. Hu, Enric Verdaguer · 2020 · Cambridge University Press eBooks
  86. Euclidean Action of Electrically Charged Black Holes in the Eddington-inspired Born-Infeld Gravity
    A. M. Kusuma, H. S. Ramadhan · 2021 · Journal of Physics Conference Series
  87. Thermodynamics of Vaidya-de Sitter and applications
    Thiago de Lima Campos · 2021
  88. Black Hole Backreaction and Fluctuations
    B. L. Hu, Enric Verdaguer · 2020 · Cambridge University Press eBooks
  89. Preface to the First Edition
    Tian Yu Cao · 2019
  90. Subject Index
    Tian Yu Cao · 2019 · Cambridge University Press eBooks
  91. The Rise of Quantum Theory
    Tian Yu Cao · 2019 · Cambridge University Press eBooks
  92. Overview: Main Themes. Key Issues. Reader’s Guide
    B. L. Hu, Enric Verdaguer · 2020 · Cambridge University Press eBooks
  93. The Einstein–Langevin Equation
    B. L. Hu, Enric Verdaguer · 2020 · Cambridge University Press eBooks
  94. The Quantum Field Programme for Fundamental Interactions
    Tian Yu Cao · 2019 · Cambridge University Press eBooks
  95. The Rise of Classical Field Theory
    Tian Yu Cao · 2019 · Cambridge University Press eBooks
  96. Stress-Energy Tensor and Correlators: Zeta-Function Method
    B. L. Hu, Enric Verdaguer · 2020 · Cambridge University Press eBooks
  97. ‘In-In’ Effective Action. Stress Tensor. Thermal Fields
    B. L. Hu, Enric Verdaguer · 2020 · Cambridge University Press eBooks
  98. The Rise of Intrinsic, Local, and Dynamic Geometry
    Tian Yu Cao · 2019
  99. Preface to the Revised Edition
    Tian Yu Cao · 2019
  100. Homotopy Classes and Homotopy Groups
    Tian Yu Cao · 2019