Restoration of Dynamically Broken Chiral and Color Symmetries for an Accelerated Observer

TL;DR

This paper investigates how an accelerated observer perceives the restoration of chiral and color symmetries in quark matter at finite Unruh temperature, deriving critical accelerations for symmetry restoration.

Contribution

It introduces a framework to analyze quark and diquark condensates under acceleration, incorporating finite chemical potential effects to determine symmetry restoration points.

Findings

Critical acceleration values for symmetry restoration estimated.

Chiral and color symmetries restored at high acceleration.

Finite chemical potential effects included in the analysis.

Abstract

We study the behavior of quark and diquark condensates at finite Unruh temperature as seen by an accelerated observer. The gap equations for these condensates have been obtained with consideration of a finite chemical potential. Critical values of the acceleration for the restoration of chiral and color symmetries have been estimated.