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April 30, 20260 citationsOpen Access

Mathematical Architecture of the Quantum Shield: Specification of the Genomic Stabilization System (GSS

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IDIvan Davidenko

Key Points

  • To provide a mathematical specification of the Quantum Shield and its role in DNA stabilization.
  • Developed a model describing the cubic lattice of primordial matter.
  • Outlined the functions of the biryuzovoe condensate as an energy generator.
  • Described resonant plasma contours and the dynamics of the Shot phase.
  • Introduced a Gaussian pulse mechanism for stabilization lasting 140 μs.
  • Outlined fixation at a 34.9° angle as part of the stabilization process.

Abstract

This paper presents the mathematical specification of the Quantum Shield — the core active repair system embedded in the DNA backbone. The model describes the cubic lattice of primordial matter, the biryuzovoe (turquoise) condensate as the energy generator, the system of seven resonant plasma contours, the “Shot” phase, and the stabilization mechanism using a Gaussian pulse of 140 μs duration and fixation at the 34.9° angle. The work provides a rigorous mathematical framework for the GSS technology.

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Cite This Study

Ivan Davidenko (2026) studied this question.

synapsesocial.com/papers/69f2a4b78c0f03fd67763d28https://doi.org/10.5281/zenodo.19847573
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