Dynamical Spin II

TL;DR

This paper explores the theoretical possibility of constructing all particles from spinless components using composite models involving gauge fields and dimensional reduction, addressing the formation of fermions and their neutrality.

Contribution

It introduces a novel framework for building particles from spinless constituents via composite gauge fields and dimensional reduction, including magnetically neutral fermions.

Findings

Composite fermions can be formed from bosonic charge carriers.

Dimensional reduction accounts for internal attributes of particles.

The approach provides a new perspective on particle composition and neutrality.

Abstract

The possibility of building all particles from spinless constituents is explored. Composite fermions are formed from bosonic carriers of electric and magnetic charge of a composite abelian gauge field. Internal attributes are accounted for by dimensional reduction from a higher-dimensional space-time in which the abelian gauge field is replaced by a composite higher-rank antisymmetric tensor field. The problem of building magnetically neutral fermions is considered.