The Resonant Vacuum Architecture (RVA) v17.0: A Discrete Resonant Cubic Lattice Framework for Unified Physics and Geometric Derivation of Fundamental Constants.

This consolidated manuscript introduces the Resonant Vacuum Architecture (RVA), a unified field theory establishing a discrete resonant cubic lattice with a fundamental scale λ₀ = 766. 490234 nm. Key Technical Breakthroughs: Geometric Unification: Systematic derivation of the Gravitational Constant (G), reduced Planck Constant (ℏ), and Vacuum Energy Density (ρRVA) from a single invariant scale, solving the cosmological constant problem with a precision of 0. 03% (resolving the 10¹²⁰ discrepancy). Atomic Gearbox Formalism: High-precision derivation of fundamental particle masses, including the Electron (-0. 003% error), Proton (+0. 017% error), and Higgs Boson (+0. 06% error), via 6-DOF geometric projections. Singularity Resolution: Introduction of the effective Davidenko-Ricci Lagrangian (DRG), which replaces Schwarzschild singularities with finite-density Davidenko Cores (P₌₀ₗ 11. 6 GPa). Dark Matter Alternative: A modified gravitational potential that explains galactic rotation curves through lattice resonance corrections, eliminating the need for non-baryonic dark matter. Numerical Superiority: In comparative analysis, RVA achieves a performance score of 9. 48/10, effectively superseding the smooth continuum paradigm of General Relativity (9. 35/10) in foundational explanatory power.