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This work aims to create a unified model integrating various universal constants related to astrophysical phenomena.

January 16, 2026Open Access

THE GEODETIC PRINCIPIA: An Axiomatic Unification of Universal Constants.

Key Points

This work aims to create a unified model integrating various universal constants related to astrophysical phenomena.
Defined a three-factor torsional engine with specific parameters.
Developed a Holographic Scale Principle linking orbital entropy to rotational anomalies.
Incorporated thermodynamic aspects to identify Joule heating effects.
Established predictions for future geophysical events.
Derived a universal phase-slip constant of approximately 3.41.
Predicted a macroscopic anomaly in the Length of Day exceeding +3.4 milliseconds in 2026.
Outlined the implications of phase coherence in physical systems.

Abstract

This treatise formalizes the definitive integration of the Holographic Resonant Topology (HRT) framework. By defining a three-factor torsional engine—comprising the Mars-Solar Octave Coupling (R), the Modular Structural Invariant (S = 1728), and the Operational Efficiency (η = 15/16)—this model derives a universal phase-slip constant (Φs ≈ 3.41). The framework posits a Holographic Scale Principle, translating orbital entropy (days) into rotational anomalies (milliseconds). Furthermore, it incorporates a thermodynamic corollary identifying geodetic Joule heating. Finally, a singular, high-precision prediction is established for a Phase Coherence Re-initialization (PCR) event in 2026, characterized by a macroscopic anomaly in the Length of Day (ΔLOD > +3.4 ms).

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