Loss of charge in a Lienard Wiechert Potential implies a hidden contraction

TL;DR

This paper shows that charge loss in a point-like dust modeled by Lienard-Wiechert potentials implies a hidden contraction mechanism to resolve contradictions in experiments.

Contribution

It introduces a hidden contraction concept to explain charge loss effects in Lienard-Wiechert potential models, addressing a theoretical inconsistency.

Findings

Charge loss affects velocity change in point-like dust models.

A hidden Lorentz contraction resolves experimental contradictions.

Theoretical framework links charge loss to spacetime contraction.

Abstract

In the paper it is demonstrated that a point-like dust in a Lienard-Wiechert potential under the constraint of axial gauging must change its velocity 'beyond' a mere change in direction when a fraction of charge is lost at a point in space-time. The existence of a postulated hidden entity that introduces a Lorentz contraction avoids a concealed contradiction in repeated experimentation with charge loss in point-like dust.