Number Theory over Function Fields - Lecture 1

Explore the fascinating world of number theory over function fields in this comprehensive lecture. Delve into the deep analogy between ordinary integers and polynomials in one variable over finite fields, as well as between number fields and function fields of algebraic curves over finite fields. Discover how applying geometric techniques to classical number theory problems involving polynomials over finite fields yields new insights. Learn about recent progress in this field, including connections to other areas of mathematics. Examine how the circle method for counting Diophantine equation solutions relates to the topology of moduli spaces of curves in varieties. Investigate geometric approaches to Cohen-Lenstra heuristics and their generalizations, leading to new probabilistic results. Explore the connection between the analytic theory of automorphic forms over function fields and geometric Langlands theory. Join Will Sawin from Columbia University for this illuminating 2-hour lecture that bridges number theory, geometry, and other mathematical disciplines.