Chromomagnetic Instability and Gluonic Phase at Nonzero Temperature

TL;DR

This paper investigates the chromomagnetic instability and the emergence of a gluonic phase in neutral two-flavor quark matter at finite temperature, providing insights into the phase structure of dense QCD.

Contribution

It presents new findings on the behavior of chromomagnetic instability and the gluonic phase in nonzero temperature conditions, expanding understanding of dense quark matter phases.

Findings

Identification of conditions leading to chromomagnetic instability.

Characterization of the gluonic phase at finite temperature.

Implications for the phase diagram of dense quark matter.

Abstract

We describe the results of recent studies of a chromomagnetic instability and a gluonic phase in neutral two-flavor quark matter at nonzero temperature.