Despite extraordinary progress within individual scientific disciplines, no unified organizing principle has emerged to explain why the same structural behaviors — hierarchical branching, nonlinear threshold collapse, phi-ratio load distribution, toroidal circulation, and self-repair — appear identically across scales as disparate as intracellular biology and tectonic geology.
This paper introduces the Christos™ Coherence Framework (CCF), a falsifiable, domain-agnostic physical theory proposing that coherence — defined as the capacity of a system to maintain stable, circulating order under perturbation — is the primary organizing variable of physical reality, with force, entropy, and structural complexity serving as secondary expressions.
The CCF is formalized through a unifying Coherence Resonance Integral whose five operationalized terms map directly to measurable physical quantities. The framework contextualizes, rather than displaces, established physics, and predicts measurable outcomes in medicine, agriculture, materials science, and planetary geophysics that exceed the explanatory power of fragmented disciplinary models.
Experimental protocols across multiple domains are proposed for independent verification. The framework connects and unifies the Twelve-Branch Toroidal Physics Architecture and all associated coherence models established across the Christos™ research series.