Authors: Ray Fleming
In a previous paper the author showed that the Casimir force between protons is strong enough to account for the nuclear force. The purpose of this paper is to investigate if the Casimir force between two electrons computed by using a proximity force approximation is also strong enough to overcome Coulomb repulsion. The electrons are approximated as shells on the scale of the Compton wavelength, since their mass-energy has been shown to be consistent with a shell structure on that scale. It was determined that the Casimir force between two electrons is strong enough to overcome Coulomb repulsion such that there is a strong attraction between them. This is important as it gives us a mechanism to explain electron charge clustering.
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[v1] 2014-03-16 09:56:34
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