Lorentz invariant quantization of the Yang-Mills theory free of Gribov ambiguity

TL;DR

This paper introduces a novel formulation of Yang-Mills theory that circumvents the Gribov ambiguity issue in gauge fixing, potentially improving the consistency of quantum gauge theories.

Contribution

The paper presents a new approach to quantize Yang-Mills theory that is free from the Gribov ambiguity problem, enhancing the theoretical foundation.

Findings

Avoids Gribov ambiguity in gauge fixing

Provides a Lorentz invariant quantization method

Potentially improves quantum gauge theory consistency

Abstract

A new fomulation of the Yang-Mills theory which allows to avoid the problem of Gribov ambiguity of the gauge fixing is proposed.