Nonperturbative Bulk Reconstruction - Daniel Jafferis

Explore nonperturbative bulk reconstruction in quantum gravity through this comprehensive lecture by Daniel Jafferis. Delve into intricate topics such as entanglement reconstruction, the degree slider theorem, and the black hole information paradox. Examine linear operators, corrections, and long-time evolution in various quantum states. Investigate the Euclidean path integral and its role in understanding intrinsic metrics. Gain insights into the fundamental aspects of bulk reconstruction and its implications for quantum information in gravitational systems.

Intro
Nonperturbative Aspects
What is Bulk Reconstruction
entanglement reconstruction
degree slider theorem
black hole information paradox
linear operators
corrections
other states
long time evolution
the black hole information paradox
Intrinsic Metric
Euclidean Path Integral