"Wave–Particle Duality Debunked: Electrons as Phase-Cycled Magnoelectric Structures"

This paper presents a rational, mechanistic alternative to wave–particle duality by modeling electrons as phase-cycled magnoelectric structures. Rather than treating wave and particle behavior as intrinsic dualities, the proposed framework defines them as manifestations of shifting dominance between magnetic and electric field components within a coherent system. The paper introduces the concept of magnoelectric phase cycling, supported by a foundational mathematical model:S(t) = α * M(t) + β * E(t)where phase state is modulated by dynamic field intensities. This formulation enables testable predictions about electron behavior under varying field conditions, with particular relevance to double-slit experiments and decoherence timescales. By grounding quantum behavior in electromagnetic phase logic rather than probabilistic ontology, this work repositions electrons as deterministic actors within a structured, field-based architecture. It complements a broader suite of papers developing the Wilcox Unified Field Model, offering a rational, experimentally viable path beyond Copenhagen and toward electromagnetic coherence physics. ---