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Main Authors: Coleman, Piers, Kuklov, Anatoly, Tsvelik, Alexei
Format: Preprint
Published: 2025
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Online Access:https://arxiv.org/abs/2502.08708
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author Coleman, Piers
Kuklov, Anatoly
Tsvelik, Alexei
author_facet Coleman, Piers
Kuklov, Anatoly
Tsvelik, Alexei
contents The $Z_2$ gauged neutral XY model is of long-standing interest both in the context of nematic order, and the study of fractionalization and superconductivity. This paper presents heuristic arguments that no deconfinement of the XY field occurs in this model and presents results of a large-scale Monte Carlo simulations on a cubic lattice which are consistent with this conclusion. The correlation radius determining the confinement is found to be growing rapidly as a function of the parameters in the phase featuring the nematic order. Thus, mesoscopic properties of the system can mimic deconfinement with high accuracy in some part of the phase diagram.
format Preprint
id arxiv_https___arxiv_org_abs_2502_08708
institution arXiv
publishDate 2025
record_format arxiv
spellingShingle Dual view of the Z$_2$-Gauged XY Model in 3D
Coleman, Piers
Kuklov, Anatoly
Tsvelik, Alexei
Superconductivity
High Energy Physics - Theory
The $Z_2$ gauged neutral XY model is of long-standing interest both in the context of nematic order, and the study of fractionalization and superconductivity. This paper presents heuristic arguments that no deconfinement of the XY field occurs in this model and presents results of a large-scale Monte Carlo simulations on a cubic lattice which are consistent with this conclusion. The correlation radius determining the confinement is found to be growing rapidly as a function of the parameters in the phase featuring the nematic order. Thus, mesoscopic properties of the system can mimic deconfinement with high accuracy in some part of the phase diagram.
title Dual view of the Z$_2$-Gauged XY Model in 3D
topic Superconductivity
High Energy Physics - Theory
url https://arxiv.org/abs/2502.08708