Dark Energy and Electrons

TL;DR

This paper explores the stability of electrons within a dark energy background, demonstrating that at the Compton wavelength, inward and outward pressures balance, resolving a longstanding issue in electron theory.

Contribution

It introduces a novel approach linking dark energy effects to electron stability, providing a new perspective on electron structure.

Findings

Electron stability at the Compton wavelength due to pressure balance

Cassini inward pressure counteracts Coulomb repulsion

Addresses a historical problem in electron theory

Abstract

In the light of recent developments in Dark Energy, we consider the electron in a such a background field and show that at the Compton wavelength the electron is stable, in that the Cassini inward pressure exactly counterbalances the outward Coulomb repulsive pressure thus answering a problem of the earlier electron theory.