A torsional completion of gravity for Dirac matter fields and its applications to neutrino oscillations

TL;DR

This paper explores how torsional modifications to gravity, when coupled with Dirac fields, influence neutrino oscillations by introducing additional interactions that could alter their behavior.

Contribution

It introduces a torsional completion of gravity specifically applied to Dirac matter fields and examines its effects on neutrino oscillation mechanisms.

Findings

Torsional interactions act as corrections to neutrino oscillation models.

Torsion-induced effects could modify neutrino oscillation probabilities.

The study provides a framework for incorporating torsion into neutrino physics.

Abstract

In this paper, we consider the torsional completion of gravitation for an underlying background filled with Dirac fields, applying it to the problem of neutrino oscillations: we discuss the effects of the induced torsional interactions as corrections to the neutrino oscillation mechanism.