# Three Dimensional Rotations of the Electroweak Interaction

## TL;DR

This paper proposes a novel extension to the electroweak model involving a three-dimensional rotation of a plane defined by charge-neutral currents, leading to new symmetries and differentiation of leptonic and baryonic currents.

## Contribution

It introduces a unique three-dimensional rotation framework that extends the standard model and predicts additional symmetries and currents.

## Key findings

- Differentiates leptonic and baryonic currents via hypercolor-charge channels.
- Predicts new symmetries and currents from rotational orientations.
- Extends the electroweak model beyond previous approaches.

## Abstract

An extension to the standard electroweak model is presented that is different from previous models. This extension involves a three dimensional rotation of a plane defined by two charge-neutral current axes. In this model the plane also contains the three algebraically coupled SU(2) groups quantization axes that comprise the SU(3) group. This extension differentiates leptonic currents from baryonic currents through hypercolor-charge channels and predicts additional symmetries and currents due to different rotational orientations of the interaction projecting onto the plane defining the SU(3) symmetry group and a U(1) symmetry axis.