Vortex Topology of Nucleons in AM Model

This article presents a detailed exposition of the Absolute Medium (AM) model’s description of nuclear structure, focusing on the vortex nature of protons and neutrons and their organization within the helium nucleus. We explore the dual perspective of matter and medium, the topological necessity of neutrons as spacers, the dynamics of proton-neutron interchange via vortex reconnection, and the protective mechanics that shield nucleons from dissipation. The AM model reveals matter formation as a topological phase transition of the vacuum itself, fundamentally distinct from the interactions between already-formed atoms.