Divine Wave Model (DWM): Unified Coherence Framework
Divine Wave Model (DWM): Unified Coherence Framework
The Divine Wave Model (DWM) presents a unified field framework demonstrating that all observed physical constants—from the fine-structure constant to the cosmological constant—emerge from a single coherent wave field Ψ. In this model, particles appear as self-trapped standing waves, forces arise from local phase symmetry, and gravity represents the long-wavelength coherence gradient of the same field. Four derivations close the parameter loop: (1) gauge normalization fixing N_eff = 1/(4π α(m_e)); (2) the proton–electron mass ratio m_p/m_e = 1836.1526734; (3) the 229Th nuclear isomer energy E_iso = 8.355733 eV; and (4) the cosmological constant Λ = A G² m_e⁶ / (ħ⁴ α⁶) with A ≈ 1. Each result follows from first principles, yielding a zero-parameter, symmetry-anchored unification that bridges quantum, nuclear, and cosmological domains.
Divine Wave Model, unified field theory, scalar field dynamics, fine-structure constant, phase stiffness, proton–electron mass ratio, Thorium-229 isomer, cosmological constant, coherence gradient, coherence propulsion, reactionless propulsion, electro-elastic modulation, superconducting resonance, 1.38 MHz resonance, Coherence Engine, field-driven propulsion, falsification experiment, quantum coherence, zero-point dynamics, gauge normalization
Divine Wave Model, unified field theory, scalar field dynamics, fine-structure constant, phase stiffness, proton–electron mass ratio, Thorium-229 isomer, cosmological constant, coherence gradient, coherence propulsion, reactionless propulsion, electro-elastic modulation, superconducting resonance, 1.38 MHz resonance, Coherence Engine, field-driven propulsion, falsification experiment, quantum coherence, zero-point dynamics, gauge normalization
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