A Unified Model of Rotational Phase Compression in Bulk Walls

This paper presents a geometric framework for gravitational coupling as an observed torque-mediated stitching event between oscillating bulk walls. The model interprets the phase mismatch as a braiding process with a universal mismatch angle \(\theta = \frac{2\pi}{17} \approx 21.176^\circ\) and shear frequency 7.071 Hz. The effective coupling \(g_{\text{eff}}\) is expressed as stitch density in phase threads per cubic meter. Helical bonding, phase exclusion, and inversion at high compression are explored geometrically, with applications to observable phenomena such as orbital precession, redshift, photon slippage, and galaxy rotation curves. The framework complements existing descriptions of gravity by providing a mechanism for observed coupling without additional constants or forces. James C. Hanlon III — December 2025 — CC-BY-4.0