Saturn's Rings as Equatorial Coherence Ridge Structures: A MID/QC Interpretation of Planetary Ring Geometry

This paper reinterprets Saturn’s rings through the MID/QC framework as particulate matter tracing a coherence‑tension ridge carved into the substrate by Saturn’s rapid rotation and deep coherence well. Classical gravitational models explain ring existence but not their extreme thinness, long‑term stability, or precise equatorial alignment. In MID/QC, the equatorial plane is a low‑torsion, high‑coherence routing channel that naturally stabilizes particulate material into a razor‑thin disk. Saturn’s moons reinforce this structure through overlapping coherence wells that braid with the equatorial ridge, sharpening boundaries and sustaining stability. Earth exhibits the same coherence ridge, though without particulate material to reveal it visually. Planetary rings are therefore visible tracers of coherence architecture within the MID substrate.