Monograph reveals a new deterministic vacuum model to resolve fundamental physics puzzles, suggesting deeper geometric insights.
CPLM-PWM Monograph V3.0: The One Wave Symphony Abstract (Zenodo Description) "Where Geometry Becomes Reality: The Absolute Sovereignty of 137.508°" This monograph presents the definitive Version 3.0 update of the Crystal Phase Lattice Medium and Pure Wave Model (CPLM-PWM), completing the historical transition from the abstract, probabilistic metaphors of 20th-century quantum field theories and curved spacetime to a rigorous, deterministic Vacuum Material Science (VMS). We redefine the physical vacuum not as an empty void, but as a hyper-rigid, 10¹¹³ Pa "Mizore" supersolid governed by a quantized Diaphite honeycomb architecture. Within this first-principles framework, all fundamental constants are stripped of their empirical isolation and re-derived as absolute material moduli of the substrate. The speed of light (c) is unmasked as the spatial walking rate governed by the Conical Projection Gradient (c = Lₗₐₜ · fFUC), and Newton's gravitational constant (G) is relegated to the inverse compliance coefficient of the hyper-rigid medium. Crucially, the Planck constant (h) is no longer treated as an irreducible axiom, but is derived as the deterministic mechanical work performed by the constitutional background pressure over a single lattice cell volume during one master clock processing cycle:h ≈ Pcap · Lₗₐₜ³ · τₗₐₜ Key Breakthroughs & Geometric Resolutions: The 121-Digit Cosmological Constant Paradox: By completely discarding manual scaling patches (ξ), V3.0 demonstrates that the macroscopic dark energy density (Phase Invasion Pressure, P_inv ≈ 10⁻⁸ Pa) emerges automatically and deterministically from the pure square of the vacuum's microscopic gear play (εₚᵤᵣₑ). Dismantling the Probability Wave: By enforcing the top-down geometric necessity of a 3D-to-2D conical projection, the histórico divergences of quantum field theory are solved. The wavefunction (Ψ) is resolved into literal physical phase displacement, transforming the imaginary unit i into a mechanical 90-degree orthogonal crank mechanism: 3/2 × 1/3 = 1/2 The Muon g-2 Anomaly: The 5.1σ terrestrial laboratory discrepancy is linked directly to the 0.00024° mechanical gear backlash of the 137.508° quantized substrate, filtered through the absolute lattice maze loss (Fgeom = 1/16π²). The Neutron Lifetime Puzzle: The 9-second discrepancy between Bottle and Beam experiments is resolved as a straightforward consequence of Resonant Gliding (βgeom ≈ 1515.34), which mechanically expands the structural fatigue life of the decaying nodes during velocity-driven propagation. The Smoking Gun: The Lunar Attosecond Vibrato The definitive, falsifiable empirical validation proposed by V3.0 is the Lunar Attosecond Vibrato—a predicted 約44アト秒 (~44-attosecond) reduction in quantum entanglement birth time on the Lunar surface relative to Earth, driven entirely by the altitude-dependent alleviation of the localized Restorative Force Gradient. The hardware manual of the cosmos is now officially open: there is no abstract matter playing dice with a void, only the continuous phase-strain reconfigurations of the One Wave Symphony.
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RYOTA TSUTSUMI (2026) studied this question.
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