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Study mode:
on
1
Intro
2
Motivation
3
Strong Subadditivity Paradox
4
Cloning Paradox
5
Independence from other effects
6
CHSH Inequalities
7
Monogamy of Bell Correlations in QFT
8
Failure of Monogamy in Gravity
9
Warmup: Bell Correlations in SHOS
10
Defining Bell Operators
11
Bell Correlations in QFT: General Formulas
12
Choosing Modes in Global Ads: Precise Definitions
13
Rewriting as using Global Modes
14
Calculating Bell Correlations in Ads
15
Introducing Gravity
16
Boundary Hamiltonian
17
Projector on the vacuum
18
More Comments on the Projector
19
Lifting the Vacuum
20
Constructing Operators C
21
A Paradox in Gravity
22
Resolution
23
Outline
24
Lessons
25
Conclusion and Open Questions
Description:
Explore a comprehensive lecture on the information paradox in empty space, delivered by Suvrat Raju at the Institute for Advanced Study's Workshop on Quantum Information and the Structure of Spacetime. Delve into complex topics such as strong subadditivity paradox, cloning paradox, CHSH inequalities, monogamy of Bell correlations in QFT, and their failure in gravity. Examine Bell correlations in simple harmonic oscillators and quantum field theory, with a focus on calculations in Anti-de Sitter space. Investigate the introduction of gravity, boundary Hamiltonians, and the construction of operators leading to a paradox in gravity. Gain insights into potential resolutions, key lessons, and open questions in this cutting-edge field of theoretical physics.

A Toy Model of the Information Paradox in Empty Space - Suvrat Raju

Institute for Advanced Study
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