Leptonic Electroweak Spin-Torsion Interactions

TL;DR

This paper explores how spin-torsion interactions in a two-fermion system resemble electroweak forces among leptons, suggesting a geometric origin for these fundamental interactions.

Contribution

It demonstrates that the most general spin-torsion field equations produce interactions structurally identical to electroweak forces, offering a novel geometric perspective.

Findings

Spin-torsion interactions mirror electroweak force structure

Potential extensions of the model are discussed

Provides a geometric interpretation of leptonic interactions

Abstract

In this paper we consider the most general field equations for a system of two fermions of which one single-handed, showing that the spin-torsion interactions among these spinors have a structure identical to that of the electroweak forces among leptons; possible extensions are discussed.