Coherence Field Theory is a structural discipline that formalizes how coherence forms, stabilizes, and collapses across systems and fields. It defines the architectural mechanics that govern alignment, drift, compatibility, environmental stability, and invariant preservation. The discipline operates at the architectural layer, independent of narrative, interpretation, or domain‑specific context.
The theory describes coherence as a structural condition rather than a psychological or experiential one. It identifies the forces that destabilize architecture, the thresholds that determine system behavior, and the environmental and invariant structures that preserve coherence under motion and pressure.
The discipline formalizes five structural domains:
These domains form the conceptual architecture of the discipline. They define the conditions under which coherence can be recognized, preserved, and stabilized across fields.
The foundational sequence consists of five papers. Each paper formalizes one structural layer of the system. Together, they define the complete foundational membrane of the discipline.