A Periodic Structural Model for the Electron Can Calculate its Intrinsic Properties to an Accuracy of Second or Third Order
نویسنده
چکیده
In two previous papers, the electron was described in terms of a periodic structural model, namely a four-dimensional “helix” or “stationary wave” of spin 1⁄2 symmetry. That specific model generates most first-order properties of the electron as observed, and is stable in a Casimir sense where inward vacuum pressure balances outward inertial motion. It predicts a large electrical self-repulsion equal to 1/137 of mc across the helical diameter 2r, or a small electrical self-repulsion equal to 1/(137 × 2π) of mc along the curved helical path 4πr.
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