Math Science Lectures in Honor of Raoul Bott

Explore advanced mathematical concepts through this comprehensive lecture series featuring distinguished mathematicians presenting cutting-edge research in honor of Raoul Bott. Delve into diverse topics including integrability theory, knot categorification, and geometric analysis through presentations by leading experts in their fields. Learn about fibered ribbon knots and their connections to major 4-dimensional conjectures through Maggie Miller's detailed exposition. Examine abelianization techniques in both ordinary differential equation analysis and quantum topology with Andrew Neitzke's mathematical insights. Discover the intricate relationships between geometric and classical Langlands programs, along with analytic properties of automorphic functions from an algebraic geometry perspective, as presented by Dennis Gaitsgory. Study scattering amplitudes and modern approaches to quantum field theory through Freddie Cachazo's mathematical physics lectures. Gain exposure to contemporary research methodologies and theoretical frameworks that bridge multiple areas of mathematics including topology, algebraic geometry, representation theory, and mathematical physics, all presented at the graduate and research level by Harvard's Center of Mathematical Sciences and Applications.