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Dynamics
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Classroom Contents
Quantum Aspects of Black Holes - Lecture 2
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- 1 Full Schwarzschild solution
- 2 What should we make of these?
- 3 Full Schwarzschild solution = entangled Sta Juan Maldace.
- 4 ER = EPR
- 5 Some interesting lessons
- 6 AMPS paradox
- 7 A side comment
- 8 Simple models
- 9 A particularly simple 2d theory of gravity
- 10 Nearly AdS2 gravity
- 11 Infinite number of other configurations with the same
- 12 A particularly simple 2d theory of gravity
- 13 Dynamics
- 14 Perturbative quantum gravity
- 15 This includes al perturbative gravity corrections.
- 16 End of lecture 1
- 17 Dynamics
- 18 [Demo]
- 19 Is this relevant
- 20 Gravitational interactions between highly boosted particles in flat space.
- 21 The main effect is a time delay.
- 22 There is an interaction between the infalling particles and the outgoing particles.
- 23 Chaos in classical systems
- 24 If we look at a thermal state,
- 25 Quantum mechanical system
- 26 Out of time order correlator
- 27 Operator growth picture
- 28 OTOC as the overlap between two states
- 29 OTOC = Scattering amplitude
- 30 Black holes are maximally chaotic
- 31 Q&A
- 32 Thinking about black holes inspiration for a bound that applies to any many body quantum system
- 33 Chaos in the S-matrix
- 34 Longer times
