All Stories

  1. The 1965 Penrose singularity theorem
  2. Double layers in gravity theories
  3. Particle production from marginally trapped surfaces of general spacetimes
  4. Black hole formation by incoming electromagnetic radiation
  5. A Spacetime Characterization of the Kerr-NUT-(A)de Sitter and Related Metrics
  6. Erratum to: Singularity theorems and their consequences
  7. Gravitational double layers
  8. On the Stability Operator for MOTS and the ‘Core’ of Black Holes
  9. Remarks on the Stability Operator for MOTS
  10. Trapped surfaces in Oppenheimer-Snyder black holes
  11. Junction conditions forF(R)gravity and their consequences
  12. Erratum to: A set of invariant quality factors measuring the deviation from the Kerr metric
  13. Trapped Surfaces
  14. A set of invariant quality factors measuring the deviation from the Kerr metric
  15. Structure of second-order symmetric Lorentzian manifolds
  16. TRAPPED SURFACES
  17. Umbilical-Type Surfaces in SpaceTime
  18. Singularity Theorems in General Relativity: Achievements and Open Questions
  19. TRAPPED SURFACES
  20. Singularity theorems assuming trapped submanifolds of arbitrary dimension
  21. (Conformally) semisymmetric spaces and special semisymmetric Weyl tensors
  22. Second-order symmetric Lorentzian manifolds II: structure and global properties
  23. Algebraic classification of the Weyl tensor in higher dimensions based on its 'superenergy' tensor
  24. Region with trapped surfaces in spherical symmetry, its core, and their boundaries
  25. Algebraic classification of the Weyl tensor in higher dimensions based on its ‘superenergy’ tensor
  26. Singularity theorems based on trapped submanifolds of arbitrary co-dimension
  27. Where are the trapped surfaces?
  28. Complete classification of second-order symmetric spacetimes
  29. Black Holes and Trapped Surfaces
  30. Note on (conformally) semi-symmetric spacetimes
  31. Note on trapped surfaces in the Vaidya solution
  32. Second-order symmetric Lorentzian manifolds: I. Characterization and general results
  33. Summary of session A1: exact solutions and their interpretation
  34. Comment on ‘Stationary perfect fluid solutions with differential rotation’
  35. Is the accelerated expansion evidence of a forthcoming change of signature on the brane?
  36. A New Type of Singularity Theorem
  37. Accelerating expansion and change of signature
  38. The new potential for the Weyl tensor inNdimensions: gauge and wave equation
  39. A reformulation of the hoop conjecture
  40. A note on the uniqueness of global static decompositions
  41. Lorentzian and signature changing branes
  42. A singularity theorem based on spatial averages
  43. Classification of spacelike surfaces in spacetime
  44. Branes changing signature
  45. Symmetric hyperbolic systems for a large class of fields in arbitrary dimension
  46. The universal ‘energy’ operator
  47. A weighted de Rham operator acting on arbitrary tensor fields and their local potentials
  48. The Schwarzschild solution: corrections to the editorial note
  49. Causal structures and causal boundaries
  50. A local potential for the Weyl tensor in all dimensions
  51. Bi-conformal vector fields and their applications
  52. General study and basic properties of causal symmetries
  53. On the existence of horizons in spacetimes with vanishing curvature invariants
  54. Trapped surfaces and symmetries
  55. Conserved superenergy currents
  56. New electromagnetic conservation laws
  57. Spherically symmetric models for charged stars and voids: I. Charge bound
  58. Causal symmetries
  59. Causal relationship: a new tool for the causal characterization of Lorentzian manifolds
  60. Causal Transformations
  61. Structure of Conformal Lorentz Transformations
  62. COSMOLOGICAL SINGULARITIES
  63. GENERAL PROPERTIES OF BEL CURRENTS
  64. CAUSAL TENSORS AND RAINICH'S CONDITIONS
  65. Trapped surfaces, horizons and exact solutions in higher dimensions
  66. Null cone preserving maps, causal tensors and algebraic Rainich theory
  67. GENERAL ELECTRIC-MAGNETIC DECOMPOSITION OF FIELDS, POSITIVITY AND RAINICH-LIKE CONDITIONS
  68. PROPERTIES OF BEL CURRENTS
  69. CONSTRUCTING MODELS FOR STARS AND VOIDS IN THE UNIVERSE: A COMPREHENSIVE APPROACH
  70. Signature Change on the Brane
  71. New family of inhomogeneous γ-law cosmologies: Example of gravitational waves in a homogeneous p = ϱ / 3 background
  72. Cylindrically symmetric dust spacetime
  73. (SUPER)n-ENERGY FOR ARBITRARY FIELDS AND ITS INTERCHANGE: CONSERVED QUANTITIES
  74. COMMENT ON "A GENERALIZATION OF THE WAHLQUIST SOLUTION"
  75. On the causal propagation of fields
  76. On the definition of cylindrical symmetry
  77. Segre decomposition of spacetimes
  78. Comment on “Theorem for Nonrotating Singularity-Free Universes”
  79. ON THE CONSTRUCTION OF GLOBAL MODELS DESCRIBING ROTATING BODIES; UNIQUENESS OF THE EXTERIOR GRAVITATIONAL FIELD
  80. cosmological models separable in non-comoving coordinates
  81. Dust cosmological models
  82. Impossibility of the Cylindrically Symmetric Einstein-Straus Model
  83. Very Simple Proof of the Causal Propagation of Gravity in Vacuum
  84. Non-diagonal separable perfect-fluid spacetimes
  85. Study of a family of stationary and axially symmetric differentially rotating perfect fluids
  86. Comment on "Integrability conditions for irrotational dust with a purely electric Weyl tensor: A tetrad analysis"
  87. General matching of two spherically symmetric spacetimes
  88. Stationary and axisymmetric perfect fluids with one conformal Killing vector
  89. The 2m ≤ r property of spherically symmetric static space-times
  90. Models of regular Schwarzschild black holes satisfying weak energy conditions
  91. Towards realistic singularity-free cosmological models
  92. On the extension of Vaidya and Vaidya-Reissner-Nordström spacetimes
  93. On `an infinite perfect fluid in cylindrically symmetric steady differential rotation'
  94. Stationary and axisymmetric perfect fluid solutions with conformal motion
  95. New and inhomogeneous cosmological models from the generalized Kerr--Schild transformation
  96. Geometry of general hypersurfaces in spacetime: junction conditions
  97. Axial symmetry and conformal Killing vectors
  98. Singularity-free spacetimes
  99. Stationary and axisymmetric perfect-fluid solutions to Einstein's equations
  100. Matching of stationary axisymmetric space-times
  101. Axial symmetry and conformal killings
  102. New family of stationary and axisymmetric perfect-fluid solutions
  103. Interiors of Vaidya's radiating metric: Gravitational collapse
  104. General class of inhomogeneous perfect-fluid solutions
  105. Singularity-free space-time
  106. Matching of the Vaidya and Robertson-Walker metric
  107. Senovilla replies
  108. New class of inhomogeneous cosmological perfect-fluid solutions without big-bang singularity
  109. On the ambiguous evolution and the production of matter in spacetimes with colliding waves
  110. Collision between variably polarized plane gravitational wave and a shell of null matter
  111. A new inhomogeneous cosmological perfect fluid solution with p=ρ/3
  112. Petrov types D and II perfect‐fluid solutions in generalized Kerr–Schild form
  113. New LRS perfect-fluid cosmological models
  114. Stationary axisymmetric perfect-fluid metrics with q+3p=const
  115. On Petrov type-D stationary axisymmetric rigidly rotating perfect-fluid metrics
  116. Erratum: Petrov type D perfect‐fluid solutions in generalized Kerr–Schild form [J. Math. Phys. 27, 265 (1986)]
  117. Petrov type D perfect‐fluid solutions in generalized Kerr–Schild form