Quantum Physics


The Electron as a Composition of Two Vacuum Polarization Confined Photons

Authors: DT Froedge

In a previous paper “A Physical Electron-Positron Model”[1] an electron model was developed in a geometrical algebra (GA) construct developed by Doran et.al. [2] The model shows the mathematical structure, and the physical description required for the existence of an electron as a composition of two photons bound by the self-induced vacuum polarization gradient of the index of refraction. This paper will develop the mechanics of a vacuum polarization induced index of refraction, binding photons in orbit around a common center of momentum creating a net electric charge. The concept of charge has heretofore not had a theoretical explanation, accept for some unknown substance associated with mass. This model offers the physical concept of charge created from QFT mechanics. The combined particle is a boson with a fixed angular momentum of ½ . This angular momentum and the index of refraction discontinuity, provide the containment mechanisms that bind the photons together.

Comments: 22 Pages. The electron as two vacuum polarization bound photons

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Submission history

[v1] 2018-02-23 14:44:08
[v2] 2018-11-25 10:04:48

Unique-IP document downloads: 23 times

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