Authors: M. Singer
This paper carries out an electric field theory analysis of the interaction between two polar electric fields that are bounded at a fixed radius. As the neutron is known to have a positive electric field bounded at a radius of about 0.8 x 10-15 m the analysis applies to the interaction between two neutrons. This analysis demonstrates that the electrostatic interaction between two such bounded electric fields is push-pull in nature and accounts for the nuclear binding force, further predicting how the force changes as the separation between the neutrons is reduced far below the push-pull balance point.
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