The Quantum-Resonance Lattice (QRL) Theory: Identification of the Davidenko Constant (766.490 nm) as the Fundamental Scaling Unit of Space-Time

This research presents a definitive pre-geometric framework, the Quantum-Resonance Lattice (QRL), which identifies spacetime as a three-dimensional cubic manifold of filamentary waveguides. The core of the theory is the identification of the Davidenko Constant (λ₀ = 766.490 nm) as the fundamental scaling invariant. The model demonstrates a 99.998% numerical correlation between the spatial grid and the rest masses of elementary particles (proton-to-electron mass ratio). It further unifies gravity as mechanical lattice tension and provides an experimental anchor through the biological resonance of Potassium (K) at the identical wavelength. The QRL model transitions theoretical physics from probabilistic speculation to a high-precision architectural description of reality.