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| Format: | Recurso digital |
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| Publicat: |
Zenodo
2026
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| Accés en línia: | https://doi.org/10.5281/zenodo.19652982 |
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- <p>Abstract:<br>This paper presents a comprehensive cross-disciplinary hypothesis termed the Technical Regulation of Universal Assembly. The study challenges the traditional spherical atom model and the nuclear fusion-based solar theory, proposing instead a unified mechanical and geometric framework for all material systems.<br>Key findings include:<br>Astrophysics: Evidence is presented that the Sun operates as a central vortex where the 2-million-degree corona is a result of friction with the cosmic medium, rather than internal fusion. This is supported by calculations correlating the solar "passport" power with planetary orbital velocities and black hole event horizons (e.g., Sagittarius A*).<br>Atmospheric Physics: The study introduces the 12.187 Resonance Code, demonstrating that planetary temperatures are a geometric inevitability dictated by pressure and medium density at specific orbital distances, effectively debunking the greenhouse effect model.<br>Molecular Engineering: Through the Mathematics of Similarity, the paper proves that atomic properties (conductivity, density, elasticity) are a derivative of part geometry. A transition from spherical to disk/column geometry for atoms resolves significant discrepancies in density calculations (e.g., Silicon and Helium) with 99-100% accuracy.<br>Biological Systems: Molecular stability in DNA/RNA and physiological processes (oxygen transport, neural insulation) are explained as mechanical interlocks and the fatigue of structural components (Hydrogen "spokes" and Nitrogen "levers").</p>