Randomness as Collapse Memory Decoherence: A Field-Structural Interpretation in Recursive Geometry

This paper extends Stick Theory by introducing the Anti-Randomness Principle, which reframes apparent randomness as a structural artifact of collapse memory decoherence. By defining the Memory Resolution Threshold (MRT), Collapse Shadows, and Traversal Indeterminacy Zones, the paper models how deterministic collapse behavior can appear stochastic to external observers when inertial memory fields degrade below resolution thresholds. This framework preserves structural determinism across quantum, thermodynamic, cosmological, and perceptual systems, further unifying Stick Theory’s field-based description of motion, persistence, and collapse.