Deformation quantization-an introduction

GAP Seminar

Meeting Details

For more information about this meeting, contact Ping Xu, Eyal Subag, Nigel Higson, Mathieu Stiénon.

Speaker: Ping Xu, Penn State

Abstract: The theory of quantization lies on the boundary between classical and quantum mechanics. The mathematical structures of the two theories are very different, and so it is challenging to understand how the transition from classical to quantum takes place. Quantization, roughly speaking, is the study and prediction of quantum phenomena, which are normally described by noncommutative associative algebras, from the geometry of their underlying classical counterparts. The idea of deformation quantization can be traced back to Weyl. Broadly speaking, deformation quantization amounts to the study of deformations of a commutative algebra $A$ (of classical observables) into a noncommutative algebra $A_\hbar$ (of quantum observables). In this talk, I will describe the brief history of deformation quantization from Weyl to Kontsevich.


Room Reservation Information

Room Number: 106 McAllister

Date: 10/25/2016

Time: 2:35pm - 3:30pm