Academics

Heisenberg Spin Chains And Supersymmetric Gauge Theories

Time:2023-02-01 Wed 17:00-19:00

Venue:Venue: 1118 Zoom:810 7613 8125(PW: 034959)

Organizer:Hongfei Shu, Hao Zou, Ruidong Zhu

Speaker:Wei Gu Max Planck Institute for Mathematics

Abstract

In this talk, we will present how a Heisenberg spin chain emerges from the two-dimensional N=(2,2) gauge theory at an intermediate scale, which relies on the renormalization group flow guided by the global symmetries and the dynamics of domain walls. Two examples will be discussed: XX-model and its K-theoretic version. Finally, we will briefly comment on the unification of gauge theories from the point of view of spin chain, and how to approach other formulations of an integrable system via a new point of view.

DATEFebruary 1, 2023
SHARE
Related News
    • 0

      Quantum speedup of Monte Carlo methods and Markov Chains

      AbstractSampling from a given distribution is a fundamental computational problem and has broad applications in statistics, machine learning, physics, etc. We systematically investigate the quantum speedup of Monte Carlo methods, quantum mean estimation, and fast-forwarding of reversible Markov chains. We develop quantum algorithms for sampling log-concave distributions (with density e^{-f(x)} ...

    • 1

      TTbar-deformation of supersymmetric quantum mechanics

      Time:2022.06.03,13:00-14:00Venue:BIMSA Room 1129B,Zoom: 844 6385 1365Speaker:Haoyu Sun (U. Texas, Austin)