Explore a cutting-edge development in asymptotic Hodge theory in this 59-minute lecture by Matt Kerr from the University of Washington. Delve into the connections between Golyshev-Zagier and Bloch-Vlasenko's work and the Gamma Conjectures in Fano/LG-model mirror symmetry. Focus on Hodge and period-theoretic aspects through two main examples. Examine variations of Hodge structure on Zariski open sets in P^1 and learn how to compute periods of limiting mixed Hodge structures at punctures. Discover how these asymptotic invariants are encoded in the motivic Gamma function, determined by the underlying Picard-Fuchs operator. Explore closed-form solutions for hypergeometric cases and predictions for special values of normal functions in non-hypergeometric settings. Gain insights into this collaborative research with V. Golyshev and T. Sasaki, advancing our understanding of differential equations and mixed Hodge structures.
Overview
Syllabus
Differential Equations and Mixed Hodge Structures
Taught by
IMSA