A Theory of the Electron, Positron, and Neutron: Internal Structures and Energy Phases Revealing the Potential for the Antimatter of the Universe Inside Our Atoms of Reality - RJW

Abstract We present a unified wave-topological framework demonstrating that the electron and positron are not distinct entities, but phase-inverted manifestations of the exact same primordial closed energy loop. By extending this geometry from 1D photon propagation to 3D confinement, we reveal that heavier particles securely store this phase-inverted topology within their internal structure, offering a purely mechanical resolution to cosmology’s missing antimatter crisis. Under this framework, the neutron is defined as a proton core wrapped in a locked, bi-directional negative neutralization layer (0.34\text{ fm} boundary) that stores the exact neutron–proton mass difference (1.293\text{ MeV} \approx 2.531\,m_e). Free-neutron beta decay is shown to be a purely mechanical detachment and condensation of this unsupported outer shell into an electron, accompanied by a 120-degree triple-helix topological exhaust (the antineutrino). Upward scaling replaces hypothetically exchanged gluons with direct mechanical phase-interlocking between bi-directional layers to bind atomic nuclei. Four strict, falsifiable conditions are provided. Note: Initial manuscript deposit for DOI registration; updated quantitative proofs, radial hierarchy derivations, and slight parameter refinements will follow in subsequent Zenodo versions