The Mechanical Architecture of the Neutron:A Flux Locked Composite in Push Theory

This paper presents a mechanical and topological model of the neutron within the framework of Push‑theory. Unlike the proton, which is a single 8‑Möbius voxel, the neutron is shown to be a Flux‑Locked Composite consisting of a proton core, an electron‑derived flux sheath, and a neutrino‑stabilizing thread. The neutron’s mass, instability, magnetic properties, and beta decay emerge naturally from the interaction of these components within the Zero‑Point Energy (ZPE) ocean. This model replaces abstract quantum descriptions with a physically intuitive mechanism based on flux impedance, Möbius topology, and Venturi‑driven pressure gradients.