Hagen-Hurley equations and the $W$ boson

TL;DR

This paper analyzes the Hagen-Hurley equations for spin-one bosons, specifically describing the decay process of the $W$ boson, highlighting its instability and kinematic properties.

Contribution

It introduces a decay description within the Hagen-Hurley framework that conserves spin and elucidates the $W$ boson's instability and decay kinematics.

Findings

Hagen-Hurley equations describe $W$ boson decay.

Decay transformation conserves spin $s=1$.

Identifies high instability of the $W$ boson.

Abstract

We proceed with our study of the Hagen-Hurley equations describing spin one bosons. In this work, we describe a general decay of the Hagen-Hurley boson. It is important that the transformation conserves spin $s=1$ of the decaying boson and provides information about the kinematics of the decay. We explain the high instability of the Hagen-Hurley particle and identify it as the $W$ boson.