Synchrotron radiation in a chromo-magnetic field

TL;DR

This paper extends the understanding of synchrotron radiation from QED to QCD in chromomagnetic fields, using the Schwinger source method and comparing results with Zakharov's path integral approach.

Contribution

It introduces a generalized framework for QCD synchrotron radiation and demonstrates consistency with existing path integral methods.

Findings

QED synchrotron radiation is recovered as a special limit.

The Schwinger source method effectively models QCD synchrotron radiation.

Results align with Zakharov's path integral approach.

Abstract

We study the generalization of QED synchrotron radiation to the QCD case with a chromomagnetic field using the Schwinger {\it et al} source method. It is shown that the QED case can be obtained as a special limit. The comparison with the path integral approach of Zakharov has shown consistent results.