Nuclear and Atomic Physics


Electromagnetic Effects and Structure of Particles Due to Special Relativity

Authors: Preston Guynn

That electromagnetic effects are due to special relativity has been confirmed by an exact mathematical result. Due to special relativity, rotation results in a difference velocity which has a maximum value. The maximum difference velocity, transformed by special relativistic effects, is the significant factor in an equation that produces the fine structure constant. The result exactly matches the 11 significant digits of the fine structure constant value recommended by CODATA. The maximum difference velocity is instrumental to quantization of angular momentum and energy. The maximum difference velocity also enables finding the radius of the electron from its known angular momentum. The electron velocity and radius scaled by the square root of the electron-proton mass ratio give the angular velocity and radius of the proton. The proton and electron characteristics thus calculated when applied to structural models lead to the measured neutron and deuteron masses recommended by CODATA within reported uncertainty. The proton g factor also follows from the proton model. Electron and proton are similar in structure, consisting of three mutually orthogonal rotating rings of mass.

Comments: 23 Pages.

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Submission history

[v1] 2017-06-05 19:03:29
[v2] 2017-06-08 16:28:55
[v3] 2017-06-12 15:13:52

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