4–6 juil. 2022
IAP, Paris & Observatoire de Paris, Meudon
Fuseau horaire Europe/Paris

Liste des Contributions

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  1. François Bouchet et Fabienne Casoli
    04/07/2022 10:00
  2. Roger Penrose (Univ. Oxford)
    04/07/2022 10:30
    Black holes
  3. Thibault Damour (IHES)
    04/07/2022 11:30
    Black holes
  4. Piotr Chruściel (Univ. Vienna)
    04/07/2022 12:00
    Black holes

    Brandon Carter is one of the fathers of modern black hole theory. In my talk I will present some of his key contributions to the topic.

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  5. Malcolm Perry (Univ. Cambridge)
    04/07/2022 12:30
    Black holes
  6. Robert Brandenberger (McGill University)
    04/07/2022 14:30
    Cosmic strings and branes
  7. Ruth Durrer (Univ. Genève)
    04/07/2022 15:00
    Cosmic strings and branes
  8. Ruth Gregory (King's College, London)
    04/07/2022 15:30
    Cosmic strings and branes
  9. Anne Davis (Univ. Cambridge)
    04/07/2022 16:30
    Cosmic strings and branes
  10. Richard Battye (Univ. Manchester)
    04/07/2022 17:00
    Cosmic strings and branes
  11. Danièle Steer (APC)
    04/07/2022 17:30
    Cosmic strings and branes
  12. Paul Shellard (Univ. Cambridge)
    04/07/2022 18:00
    Cosmic strings and branes
  13. Kip Thorne (CalTech)
    04/07/2022 18:30
    Black holes
  14. Brandon Carter (LUTH, Obs. Paris)
    05/07/2022 10:00
    Anthropic principle
  15. Milan Ćirković (Astron. Obs. Belgrade)
    05/07/2022 10:30
    Anthropic principle
  16. Bernard Carr (Queen Mary Univ.)
    05/07/2022 11:30
    Anthropic principle
  17. Martin Rees (Univ. Cambridge)
    05/07/2022 12:00
    Anthropic principle
  18. Reinhard Prix (AEI Hannover)
    05/07/2022 14:30
    Anthropic principle
  19. Nils Andersson (Univ. Southampton)
    05/07/2022 15:00
    Neutron star interiors
  20. Micaela Oertel (LUTH, Obs. Paris)
    05/07/2022 15:30
    Neutron star interiors
  21. Nicolas Chamel (Université Libre de Bruxelles)
    05/07/2022 16:30
    Neutron star interiors
  22. Malcolm MacCallum (Queen Mary Univ.)
    05/07/2022 17:00
    Black holes
  23. Ray McLenaghan (University of Waterloo)
    05/07/2022 17:30
    Black holes
  24. Luc Blanchet (IAP)
    06/07/2022 10:00
    Black holes
  25. Jean-Pierre Lasota (IAP)
    06/07/2022 10:30
    Black holes
  26. David Langlois (APC)
    06/07/2022 11:30
    Black holes
  27. Christos Charmousis (IJCLab)
    06/07/2022 12:00
    Black holes
  28. Cédric Deffayet (IAP)
    06/07/2022 12:30
    Black holes
  29. Alexei Starobinsky (Landau Institute for Theoretical Physics RAS)
    06/07/2022 14:30
    Black holes
  30. Jean-Pierre Luminet (LAM)
    06/07/2022 15:00
    Black holes

    As a beginning researcher I had the chance to benefit from Brandon's wise advice for my early work, from my 1977 thesis on cosmological singularities that he directed to his suggestion to numerically visualize black holes in 1978. Then we could fully collaborate from 1982 to 1986 in a series of pioneering papers on the modelisation of tidal disruption of stars by big black holes.

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  31. Alain Riazuelo (IAP, CNRS, Sorbonne Université)
    06/07/2022 15:30

    Although it looks simple, the Schwarzschild metric describes a complicated spacetime that is endowed with two asymptotic regions and two singularities. The situation is even more complicated for charged or spinning black holes. Grasping the complexity of these metrics can fortunately be achieved thanks to the celebrated Carter-Penrose diagrams. However, such diagrams do not allow to guess the...

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  32. Frederic Vincent
    06/07/2022 16:00