Kinetics of parton- antiparton plasma vacuum creation in the time - dependent chromo - electric fields of arbitrary polarization

TL;DR

This paper develops a non-perturbative kinetic equation to describe the vacuum creation of parton-antiparton pairs in arbitrary polarized, time-dependent chromo-electric fields, comparing effectiveness with linear polarization cases.

Contribution

It introduces a non-Markovian kinetic equation for vacuum pair creation in arbitrary polarization fields based on oscillator representation.

Findings

Derived a strict non-perturbative kinetic equation.

Compared vacuum creation efficiency across different polarizations.

Established a framework for analyzing pair production in complex fields.

Abstract

The kinetic equation of non - Markovian type for description of the vacuum creation of parton - antiparton pairs under action of a space homogeneous time - dependent chromo - electric field of the arbitrary polarization is obtained on the strict non - pertubative foundation in the framework of the oscillator representation. A comparison of the effectiveness of vacuum creation with the case of linear polarization one is fulfilled.