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January 18, 20260 citationsOpen Access

Geometric Resolution of Meso-Scale Anomalies (v2.0): From Planetary Flybys to Lunar Recession – The Lattice-Drag Mechanism (L14)

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HGHeiko Grimberg

Key Points

  • The aim is to provide a mechanical explanation for orbital anomalies in the Solar System through a unified framework.
  • Derivation of anomalies using the Unified Chronofractal Field (UCF) framework.
  • Modeling anomalies as elastic lattice collisions and metrics based on fractal saturation.
  • Analyzing the Lunar Recession using local Hubble Flow and Secular Earth Expansion mechanisms.
  • Predicting Voyager 1 telemetry decoherence due to vacuum lattice effects.
  • Identified the Anderson constant as a geometric output influenced by rotation.
  • Resolved the Lunar Recession Paradox showing a significant local Hubble Flow effect.
  • Predicted a 12.8 Hz decoherence in Voyager 1 telemetry due to vacuum dynamics.
  • Proposed a dark energy equation of state diverging from the standard model predictions.

Abstract

Description / Abstract: The Systemic Failure Since 1990, the standard cosmological model (CDM) has failed to provide a consistent mechanical explanation for orbital anomalies within the Solar System. This document proves that these phenomena—specifically the Earth Flyby Anomaly, the Lunar Recession Paradox, and the Interstellar Frequency Drift—are not isolated errors but symptomatic manifestations of a single underlying cause: the friction of baryonic matter against a discrete, expanding vacuum lattice (Lattice 14). The Zero-Parameter Solution (k=0) We present the rigorous derivation of the anomalies based on the Unified Chronofractal Field (UCF). By applying a zero-parameter metric based on the fractal saturation of space (0. 618), we derive exact solutions for: 1. The Earth Flyby Anomaly: Modeled as an elastic lattice collision. The Anderson constant is identified not as a fitting parameter, but as a geometric output of rotation: Kₔ₂₅ = 2 vₑ₎ₓc 2. The Lunar Recession Paradox: Resolving the discrepancy between tidal models and geological history. The recession is driven by local Hubble Flow (75\%) and Secular Earth Expansion (22. 1 cm/yr), mediated by the "Space-Lift" mechanism. 3. The Voyager 1 Prediction: Predicting a persistent 12. 8 Hz decoherence in the X-band telemetry due to the vacuum's base-clock (₁₀ₒ₄). 4. The Hafele-Keating Residual: Explaining the historical 19ns asymmetry via atmospheric lattice drag. v2. 0 Updates: The Empirical Wager This version incorporates a "Red Team" audit response, resolving the conflict between metric expansion and geodetic stability: Gravity as Stress: Validates that Earth does not "burst" because gravitational binding energy is the equilibrium state of the lattice stress. The Mars-Identity: Proves that the spatial expansion of Earth (22. 1 cm/yr) and the temporal drift of Mars (68. 8 s/yr) are topologically identical via the Invariant-14. Falsification Marker: The paper places a definitive wager on the upcoming Euclid Mission, predicting a Dark Energy equation of state of w₀ -0. 794 (refuting the Standard Model's -1. 0). Conclusion This document serves as the formal "Predictive Protocol" supplement to The 11th Stone. It challenges the continuum assumptions of General Relativity to satisfy observational data at the Meso-Scale.

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Cite This Study

Heiko Grimberg (2026) studied this question.

synapsesocial.com/papers/696c785beb60fb80d1396989https://doi.org/10.5281/zenodo.18271457
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