Quantum Shield of Life: Subnuclear DNA Stabilization as a Biological Implementation of the Resonant Vacuum Architecture (RVA)

This work integrates the author’s earlier “Quantum Shield of Life” model with the Resonant Vacuum Architecture (RVA) framework. The DNA sugar-phosphate backbone is treated as a biological resonant waveguide phase-locked to the RVA lattice (λ₀ = 766.490234 nm). The 34.9° helix angle is shown to act as a topological Bragg reflector for RVA harmonics. Mathematical derivations include the Davidenko Shift (α/6), metric coupling constant, repair soliton energy, and entropy suppression to the 10^{-27} level. Specific experimental predictions for spectroscopy, EPR, and thermal stability are proposed. The model provides a unified physical interpretation of genomic stability, aging, and oncogenesis. Disciplines: Quantum Biology, Biophysics, Theoretical Physics