String Theory Seminars

Black Hole Thermodynamics and the Information Paradox in 2d CFT (The Tata-Infosys Lecture series)

by Prof. Jared Kaplan (John Hopkins University)

Thursday, November 30, 2017 from to (Asia/Kolkata)
at A304
Description
I will discuss how black hole thermodynamics in 2+1 dimensional gravity arises universally from 1+1 dimensional conformal field theory at large central charge. The black hole information paradox in AdS/CFT can be cast as a series of more or less tractable sub-problems. I will explain how many of these can also be addressed in the case of 2d CFT by computing nonperturbative effects in GN expansion. Finally, I will discuss how it's possible to reconstruct exact candidate bulk field operators in AdS3. By examining the correlators of these bulk fields we will see how computable non-perturbative effects in quantum gravity lead to the breakdown of bulk locality. 
Material: