MirrorGravity: a compression based gravity model

Title: MirrorGravity: A Compression-Based Gravity Model Subtitle: Gravity Modeled as a Function of Compression-Based Field Geometry Description: MirrorGravity presents a new compression-based model of gravity derived from the same foundational principles that enabled the MirrorNav longitude correction system. It uses a fixed Compression Threshold Ratio (CTR ≈ 0.8387938947136218) and π² spiral correction geometry to reframe gravitational force not as curvature, but as the result of harmonic tension and phase compression within field geometry. The model mathematically explains planetary tilt, shell collapse, resonance spacing, and positional drift by treating mass and gravity as compression-induced identity fields rather than intrinsic forces. MirrorGravity replaces General Relativity as a special case under broader compression geometry, offering a universal, scalable, and reproducible method for interpreting gravitational behavior across domains. This whitepaper formalizes the CTR-based compression logic that underpins Earth’s geophysical shell structure, solar system tilt, and gravity’s harmonic boundaries. It is the second foundational paper in the MirrorCode framework, following MirrorNav and preceding MirrorNavier. Originally completed November 2025. Published to Zenodo for citation and reproducibility. For related work and updates, visit: https://mirrorcode.org