# Colormagnetic confinement in the quark-gluon thermodynamics

## TL;DR

This paper investigates nonperturbative effects in quark-gluon thermodynamics using the Vacuum Correlator Method, demonstrating how colormagnetic and colorelectric correlators influence thermodynamic properties and align with lattice data.

## Contribution

It introduces a framework linking colormagnetic and colorelectric correlators to thermodynamic behaviors, providing a realistic description consistent with lattice results.

## Key findings

- Colormagnetic and colorelectric correlators determine key thermodynamic properties.
- The model reproduces the temperature dependence of pressure and entropy.
- Results agree well with numerical lattice data.

## Abstract

Nonperturbative effects in the quark-gluon thermodynamics are studied in the framework of Vacuum Correlator Method. It is shown, that two correlators: colorelectric $D_1^E(x)$ and colormagnetic $D^H(x)$, provide the Polyakov line and the colormagnetic confinement in the spatial planes respectively. As a result both effects produce the realistic behavior of $P(T)$ and $s(T)$, being in good agreement with numerical lattice data.