Chaos in the Yang-Mills theory and cosmology: quantum aspects

TL;DR

This paper explores how classical chaos in Yang-Mills fields manifests in quantum theory and reviews the BKL chaotic approach to singularities within Loop Quantum Gravity, highlighting quantum effects on cosmological chaos.

Contribution

It provides a novel analysis of the quantum signatures of classical Yang-Mills chaos and reviews the impact of Loop Quantum Gravity on the BKL chaotic singularity approach.

Findings

Quantum footprints of Yang-Mills chaos identified

Loop Quantum Gravity modifies classical singularity behavior

Insights into quantum cosmological chaos mechanisms

Abstract

I describe the footprints of the classical chaos of the Yang-Mills fields in the quantum description. I also review the behavior of the BKL chaotic approach to the classical singularity on the basis of the Loop Quantum Gravity.