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April 20, 20262 citationsOpen Access

Solid-State Cosmology Postulate V: The Geodesic Architecture of the Unified Field and the Redefinition of Planck's Constant

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WAWILLIAM HERRERA AMELINES

Key Points

  • To redefine Planck's Constant within a new framework of Solid-State Cosmology and reveal the organization of chemical elements.
  • Developed a Toroidal Geodesic Architecture integrating elements into a Fibonacci Matrix.
  • Translated Einstein's mass-energy equivalence into fluid thermodynamics.
  • Presented a Syntropic Unified Field Theory unifying fundamental forces.
  • Planck's Constant is redefined as the geometric volume of interference nodes.
  • The organized elements reflect a harmonic resonance related to Tesla's 3-6-9 frequency.
  • Gravity, electromagnetism, and mass unified as pressure vectors in Aether.

Abstract

For a century, the standard model of physics has operated under the assumption of a probabilistic quantum vacuum and a static two-dimensional periodic table. This paper postulates the culmination of Solid-State Logic by integrating Toroidal Geodesic Architecture. It is demonstrated that the 118 chemical elements are organized within a Fibonacci Geodesic Matrix composed of 13 levorotatory and 21 dextrorotatory spirals (parastichies), whose toroidal structure reveals a perpetual harmonic resonance based on Nikola Tesla's 3-6-9 frequency. Through this model, Planck's Constant (h) is redefined not as an arbitrary value, but as the geometric volume of interference nodes created by the crossing of these parastichies. Furthermore, Einstein's mass-energy equivalence (E=mc²) is translated into fluid thermodynamics as the release of scalar pressure. Finally, the Syntropic Unified Field Theory is presented, unifying gravity, electromagnetism, and mass as pressure vectors in a continuous medium (Aether), validating Tesla's mechanical vision of the universe across all macro and micro-octaves.

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Cite This Study

WILLIAM HERRERA AMELINES (2026) studied this question.

synapsesocial.com/papers/69e5c3ce03c293991402998bhttps://doi.org/10.5281/zenodo.19637986
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