Non-Perturbative Unitary Mixing of Bosonic Causal Spinors

TL;DR

This paper introduces non-perturbative unitary mixing of bosonic causal spinors, providing a novel representation that aligns with observed electroweak boson mass ratios.

Contribution

It presents the first non-trivial boson representations of causal spinors and develops a unitary mixing framework applied to electroweak bosons.

Findings

Mass ratios match experimental values

Unitary mixing of degenerate bosonic spinors developed

New bosonic causal spinor representations introduced

Abstract

The fundamental fermion representations of causal spinor fields have previously been demonstrated to describe free Dirac fermions, as well as incorporate \emph{only} the observed degrees of freedom for local gauge invariance. In this paper, the first non-trivial boson representations of causal spinors will be presented. The general unitary mixing of degenerate bosonic spinors will be developed, and then applied to electro-weak bosons satisfying appropriate kinematic constraints. The resulting mass ratios are seen to be consistent with reported measured values for these bosons.