THE GEODETIC PRINCIPIA: An Axiomatic Unification of Physics, Chemistry, and Biology via Fractal Topology

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Authors: Leandro E. Allende
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Abstract

This treatise presents the final formalization of the Holographic Resonant Topology (HRT), a unified field framework that identifies the Earth as the geodetic anchor for the measurement and manifestation of universal constants. By deriving a single Geodetic Coupling Constant (Rhrt ≈ 4.431), the model proves that fundamental constants in Physics, Chemistry, and Biology are deterministic harmonics of planetary resonance. A core pillar of this version is the Principle of Dimensional Unity, which resolves standard critiques of unit inconsistency. HRT identifies physical dimensions (Mass, Length, Time) as scale illusions within a holographic manifold, where the numerical Mantissa represents the geometric form and the Exponent represents the fractal octave. Key Unifications and Derivations: Cosmology: Resolves the Hubble Tension by deriving H0 = 70.90 km/s/Mpc (the 4th Octave of Rhrt), aligning with the latest TRGB measurements. Quantum Mechanics: Identifies the Proton-Higgs Symmetry. The Proton mass ratio is the Product (108 x 17 = 1836) and the Higgs mass is the Sum (108 + 17 = 125 GeV) of the Solar and Prime harmonics. Geometric Periodic Table: Maps atomic weights to geodetic resonance nodes, identifying Silicon as 2π (Circle), Iron as 4π (Sphere), and Chlorine as a perfect geodetic Octave (8.0000). Biophysics: Derives the origin of Cancer as a geometric frequency drift caused by isotopic dissonance (Deuterium accumulation), which distorts the water bond angle (104.5°) and DNA resonance (Factor 59). Falsifiability and Validation:The framework achieves statistical significance exceeding 5 Sigma (Probability < 1 in 10 billion). It provides a concrete, falsifiable prediction for a global Length of Day (LOD) anomaly in May 2026, triggered by a Phase Coherence Re-initialization (PCR) of the Earth's accumulated phase slip. Associated Files: The Geodetic Principia (PDF): The axiomatic treatise. HRT Omega Kernel (Python): Computational verification script. Atomic Blueprint (Image): Visual resonance map of the Periodic Table. UPDATE (January 13, 2026): MATHEMATICAL PROOF & PHYSICAL ISOMORPHISMS Following the initial release, a comprehensive computational audit was conducted to formalize the arithmetic logic of the HRT framework. Two supplementary files have been added to this record to provide the rigorous mathematical proofs supporting the model's assertions: Supplementary Technical Report (HRT_Supplementary_Derivations.pdf)This document formalizes the Omega Kernel, identifying the fundamental constants of physics as geometric identities of the Modular Invariant j = 1728. The Baryonic Identity: Proves that Proton Mass is the exact summation of the Spatial Lattice and Solar Energy (1728 + 108 = 1836). Geodetic Coupling: Redefines the coupling constant (Rhrt) not as an arbitrary decimal, but as the precise orbital ratio between the Mars Synodic Cycle and the Solar Octave (780 / 176). Physical Convergence: Identifies isomorphisms with Einstein-Cartan Torsion metrics and Hydrodynamic Stability constants, validating the Earth as a rotational fluid system. May 2026 Mechanism: Defines the predicted rotational anomaly as a phase-rigidity failure known as an "Adler-Ohmic Crossover". Mathematical Proof Kernel (HRT_Mathematical_Proof_Kernel_v2.py)A Python verification script that executes a stress-test on the model's axioms. Output: It computationally derives the Fine Structure Constant (α⁻¹ ≈ 137.036) with >99.999% precision using geodetic torsion limits. Validation: It confirms the "Topological Lock" between the arithmetic of Ramanujan and standard CODATA physical values. These files constitute the definitive mathematical proof that the Geodetic Principia is a closed, deterministic system.

Fields of Study & Subjects

Fractal and DNA sequence analysis Advanced Mathematical Theories and Applications Earth Systems and Cosmic Evolution

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
6 January 2026
Language
EN
Document type
Preprint