TITLE:
The Mechanics of Electrostatic Attraction and Repulsion, a Speculative Conceptual Analysis
AUTHORS:
Francois Zinserling
KEYWORDS:
Coulomb Attraction and Repulsion, Primordial and Electrostatic Photon Pairs, Electric Field
JOURNAL NAME:
Journal of Applied Mathematics and Physics,
Vol.12 No.11,
November
27,
2024
ABSTRACT: The mechanics of Coulomb attraction and repulsion between charged particles are not currently understood but can be explained using a photon-pair aether. A spin-2 photon pair with no net E or B fields can freely penetrate deep into matter. It may collide with a charged particle and be transformed through the interaction into a spin-0 photon pair. This outflow of spin-0 photon pairs forms a homogeneous (+E) or (−E) electrostatic field around the particle, depending on its charge. Charged particles in the vicinity of each other experience an asymmetry in the incoming field, from which attraction or repulsion arises. Repulsion or attraction is understood as the transfer of momentum from photons to particles, which results in the appearance of a force.