Understanding Chaos in Quantum Field Theories

This lecture covers various topics related to chaos in quantum field theories, including discussions on conformal symmetry, conformal blocks, quantum chaos, and out-of-time order correlation functions. The instructor explains the concept of factorization problem, the role of OPE coefficients, and the application of random matrix universality in understanding chaotic CFTs. The lecture also delves into the use of Gaussian approximation, the significance of wormholes in gravitational interpretation, and the idea of sampling over approximate CFTs to study the behavior of CFTs in a broader parameter space.