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May 10, 2026Open Access

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

Key Points

This work aims to integrate the Quantum Shield of Life model with the Resonant Vacuum Architecture (RVA) framework to enhance our understanding of DNA stability.
Mathematical derivations including Davidenko Shift and metric coupling constant
Analysis of the DNA sugar-phosphate backbone as a resonant waveguide
Experimental predictions related to spectroscopy and thermal stability
Demonstrated the 34.9° helix angle acts as a topological Bragg reflector for RVA harmonics
Predicted entropy suppression to the 10^{-27} level
Provided unified interpretation of genomic stability, aging, and oncogenesis

Abstract

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

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