Academics

Lectures on link homology theories

Time:Lecture 1: Wednesday 1:00-2:00 pm, April 10 Lecture 2-3: Monday 9:30-11:40 am, April 15

Venue:C548 Shuangqing Complex Building A 腾讯会议61577968030密码4567

Speaker:Mikhail Khovanov Columbia University

Abstract

We will survey aspects of algebraically defined link homology theories and discuss several key open questions that come out of these structures.


About the Speaker

Mikhail Khovanov

Columbia University

Mikhail Khovanov is a recognized leader of the “categorification” program, which plays an important role in modern mathematics and physics.

Khovanov received his Ph.D. in 1997 under the supervision of Professor Igor Frenkel at Yale University. Shortly thereafter he came up with his famous idea of categorifying the Kauffman bracket, which is a version of the celebrated Jones polynomial of links in a 3-sphere. This was the first example of the categorification which interprets polynomial invariants as Poincare polynomials of new homology theories. The construction of Khovanovhomology was amazingly fruitful and very unexpected.

A further categorification of the HOMFLY-PT polynomial of links and a categorification of quantum groups are other major achievments of Khovanov which have now important implications in low-dimensional topology, algebraic and symplectic geometry, geometric representation theory and string theory.

DATEApril 9, 2024
SHARE
Related News
    • 0

      Path homology and Hodge Laplacian on digraphs

      DescriptionPrerequisiteLinear algebra, basic knowledge of homologyReferenceGrigor'yan, A., Advances in path homology theory of digraphs, Notices of the ICCM, 10 (2022) no.2, p.261-124About the SpeakerProf. Alexander Grigor'yan Univeristy of BielefeldResearch Interests:Geometric Analysis on Riemannian manifolds, graphs, and metric spacesShort Bio:Education, PhD and Doctor of Science degree: Mos...

    • 1

      On the space of quantum field theories

      Speaker:Du PeiUniversity of Southern DenmarkTime:Tues. & Thur., 9:50-11:25 amJuly 1-10, August 5-14, 2025Venue:B725, Shuangqing Complex Building AOnline:Zoom Meeting ID: 271 534 5558Passcode: YMSCIntroduction:This lecture series explores applications of homotopy theory to the study of quantum field theories and their phase structures.Prerequisite: Some basic knowledge on quantum mechanics, ...