The Relativity of Chiral Property

TL;DR

This paper proposes an extended spacetime-property framework that integrates chiral fermion properties with gauge fields and gravity, emphasizing the need for coupling unification at high energies.

Contribution

It introduces a generalized metric incorporating gauge fields and gravitation, providing a novel approach to include fermion chirality in spacetime geometry.

Findings

Unified description of gauge and gravitational interactions

Necessity of coupling unification at high energy

Incorporation of fermion chirality in extended spacetime framework

Abstract

The standard model ascribes distinct properties to different chiralities of fermions. We show how to incorporate this aspect in an extended spacetime-property framework involving two different attributes using a generalized metric which includes gauge fields as well as gravitation. Because the gauge fields are accompanied by coupling constants, all such schemes, including ours, necessitate coupling unification at high energy to ensure universality of gravitational interactions with matter.