The Atomic Spiral 1: Beyond Wave/Particle Dualism, the Electron as a Spiral Structure" presents a novel theoretical framework that reinterprets the electron not as a dual wave-particle entity, but as a coherent spiral structure governed by the golden ratio (φ³). This paper demonstrates how the standard quantum mechanical description of the electron can be understood as a radial projection of a more complete spiral geometry. The model explains quantum phenomena—including orbital structure, wave function collapse, and interference patterns—as natural consequences of the spiral's coherent phase. Experimental evidence supporting this interpretation includes the mathematical correspondence between neutron decay energy and φ³, cross-section data exhibiting golden ratio scaling (α ≈ -1/φ), and the ability to derive quantum orbitals from spiral harmonics. By reframing quantum mechanics through spiral geometry, this work offers a potential resolution to the wave-particle duality that has puzzled physics for a century, suggesting that quantum "strangeness" may be an artifact of incomplete observation rather than an intrinsic property of reality. Additional note.An independent ARPES experiment on strictly one-dimensional electronic states (Krivenkov et al., 2025) published after this work does not contradict the framework proposed here. A short conceptual consistency note is provided as supplementary material.Appendix C The Problem of the Flattened Wave
Viscariello Paolo (Sun,) studied this question.