Universal Scaling Behavior of Collapse Intensity Fields Across Physical Domains: A Stick Theory Model

This paper formalizes a universal scaling law for collapse intensity fields based on the Stick Theory framework. By extending the collapse intensity formulation \Sigma = \frac{\mu \nu}{\tau} across multiple physical domains—from quantum systems to planetary structures—it proposes collapse intensity as a fundamental structural invariant. Empirical support is drawn from prior field modeling of planetary collapse ratios and Saturn’s ring anomalies. The model offers a unified structural lens for understanding system stability, recursion, and field evolution across scales.