Computing Stokes Constants with Quantum Modularity

Computing Stokes Constants with Quantum Modularity

Explore the intricate world of quantum modularity and its application in computing Stokes constants in this comprehensive lecture. Delve into advanced mathematical concepts as Campbell Wheeler presents a detailed analysis of the intersection between quantum mechanics and modular forms. Gain insights into the computational techniques used to determine Stokes constants, a crucial element in the study of asymptotic expansions and resurgence theory. Discover how quantum modularity provides a powerful framework for understanding complex mathematical phenomena and its potential implications for theoretical physics and number theory.