Torsionally-gravitating charged matter fields and quanta

TL;DR

This paper explores a torsionally-completed gravitational model with charged fermionic matter, demonstrating its potential to avoid singularities and enable confinement, which are crucial for a consistent quantum theory of gravity.

Contribution

It introduces a torsion-inclusive gravitational framework with charged fermionic fields, highlighting new mechanisms for singularity avoidance and confinement.

Findings

Singularity impossibility in the torsional model

Potential for confinement of fermionic fields

Implications for quantum gravity consistency

Abstract

In the present article we shall consider the torsional completion of a gravitational background that is filled with electrodynamically interacting material fields, taken to be of fermionic type, eventually deriving properties like the impossibility of singularities and the possibility of confinement, both necessary for a correct quantum description.