Testing General Relativity with Gravitational Waves - Black Holes as Perfect Laboratories

Testing General Relativity with Gravitational Waves - Black Holes as Perfect Laboratories

Harvard CMSA via YouTube Direct link

Intro

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1 of 21

Intro

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Testing General Relativity with Gravitational Waves - Black Holes as Perfect Laboratories

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  1. 1 Intro
  2. 2 Uniqueness: the Kerr solution
  3. 3 Singularities & Censorship
  4. 4 Energy source?
  5. 5 The simplicity slide: BHs as perfect laboratories
  6. 6 Fundamental questions
  7. 7 I. Inspiralling compact objects
  8. 8 Parametrized tests
  9. 9 Challenges
  10. 10 II. Spectroscopy: testing the Kerr nature
  11. 11 When is a linear ringdown description valid?
  12. 12 One and two-mode estimates: the start of spectroscopy
  13. 13 Addenda i. Nonlinearities in ringdown?
  14. 14 Addenda ii. Spectral stability
  15. 15 Addenda iii. Environmental effects
  16. 16 Particle detectors in the sky: dark matter II
  17. 17 Fundamental fields: particle detectors in the sky
  18. 18 Bounding the boson mass with EM observations
  19. 19 Wonderful sources for different detectors
  20. 20 Constraints on fundamental fields via superradiance
  21. 21 Couplings to Standard Model

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