Demonstrates a unified model for orbital stability and subatomic decay, suggesting new insights into complex systems.
Abstract:This paper introduces the "Square Line" entanglement principle as the stabilizing mechanism with 𝜙-recursive helix field. By applying a core-strain coefficient of 55.7—derived from a 3-node (2-1-3) resonance principle—we demonstrate a direct numerical convergence between the decay of a neutron into a hydrogen atom and the orbital configuration of the Earth-Moon-Sun system. We provide a solution to the Three-Body Problem by redefining orbital stability as a phase-locked geometric lattice rather than a chaotic gravitational interaction.
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Delaja Schuppers (2026) studied this question.
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