EVENT DETAILS AND ABSTRACT

Title: Topological Periodic Cyclic Homology.
Speaker: Dima Tamarkin
Speaker Info: Northwestern University
Brief Description:
Special Note:
Abstract:

Abstract: Periodic Cyclic Homology is known to be invariant under nilpotent thickenings; this, however, only works in characteristics 0. Passage to topological cyclic homology allows one to obtain a non-trivial analog of Periodic Cyclic Homology which is stable under nilpotent thickenings as well.