An investigation into the source of stability of the electron spin projections

TL;DR

This paper investigates the stability of electron spin projections along a magnetic field, attributing it to high-frequency vibrations from zero-point radiation affecting the spin magnetic moment.

Contribution

It proposes a novel explanation linking zero-point radiation-induced vibrations to the stability of electron spin projections.

Findings

High-frequency vibrations contribute to spin stability.

Zero-point radiation influences electron magnetic moments.

A new theoretical perspective on spin projection stability.

Abstract

We propose that the stability of the two projections of the electron spin along the direction of an applied magnetic field, is an effect of high-frequency vibrations acting on the spin magnetic moment. The source of the high-frequency vibrations is to be found in the zero-point radiation field.