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Supplemental paper explains quantum entanglement in scalar field dynamics, suggesting new insights for physics.
This supplemental paper to MUT v5.8 provides a deterministic explanation for Quantum Entanglement as a phase-locking phenomenon within the background scalar field. Superluminal transport of the scalar field flux at high scaling factors z allows entangled particles to synchronize instantaneously across arbitrary distances. The paper bridges Quantum Mechanics and Special Relativity within a unified deterministic framework, eliminating metaphysical ambiguity. This version (v5.8.8) builds upon previous MUT supplements, integrating scalar field dynamics, derived constants (α, ξ, G), and high-scaling flux transport.
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Myomin Aung (2026) studied this question.
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