Interactions between topology and algebra: advances in algebraic K-theory

Abstract: The field of algebraic topology has exposed deep connections between topology and algebra. One example of such a connection comes from algebraic K-theory. Algebraic K-theory is an invariant of rings, defined using tools from topology, that has important applications to algebraic geometry, number theory, and geometric topology. Algebraic K-groups are difficult to compute, but advances in algebraic topology have led to many recent computations which were previously intractable. In this talk I will introduce algebraic K-theory and its applications, and discuss recent advances in this field.

algebraic topologyK-theory and homologyrings and algebras

Audience: advanced learners

Comments: Register in advance to receive the Zoom link.

University of Regina pims distinguished lectures