Speaker
Judah Unmuth-Yockey
(Syracuse University)
Description
Starting with the 2D Abelian Higgs model with the quartic self-coupling taken infinitely large we study the finite-size scaling of the Polyakov loop. We find an exponential decay for large temporal extents which is dictated by the energy gap between the ground states of a system with the Polyakov loop inserted, and one without. We study this system using the tensor renormalization group, and we take the continuous-time limit to obtain a quantum Hamiltonian where gauge invariance has been maintained exactly. Comparing with numerical results from the density matrix renormalization group we find universal features of the finite-size scaling of the energy gap survive this continuous-time limit. We propose an optical-lattice ladder to quantum simulate this model, and observe the universal features of the energy gap scaling.
Primary authors
Jin Zhang
(UC Riverside)
Judah Unmuth-Yockey
(Syracuse University)
Co-authors
Dr
Alexei Bazavov
(Michigan State University)
Johannes Zeiher
(Max-Planck-Institut fur Quantenoptik)
Shan-Wen Tsai
(UC Riverside)
Yannick Meurice
(U. of Iowa)