The foundational sequence defines the structural architecture of Coherence Field Theory. It establishes the primitives, mechanics, and invariants that determine how coherence is formed, maintained, and stabilized across systems and fields. Each paper formalizes one layer of the system. Together, they define the complete foundational membrane of the discipline.
This paper establishes the distinction between coherent and incoherent system behavior. It defines the structural markers of alignment, the mechanics of drift, and the conditions under which coherence can be recognized and preserved.
Drift Mechanics formalizes how distortion emerges, propagates, and destabilizes systems. It defines the forces that erode structural integrity and the thresholds that determine whether a system stabilizes, collapses, or recovers.
Field Compatibility examines how architectures interact across fields. It identifies the conditions under which compatibility, interference, or collapse occurs and formalizes the dynamics that govern cross‑field coherence.
This paper defines the environmental conditions that preserve architectural invariants. It formalizes environmental invariants, load responses, failure modes, and the mechanics of stability under motion.
Architectural Invariants formalizes the structural properties that remain stable across motion, pressure, and interaction. It defines the invariant conditions that stabilize coherence across fields and completes the foundational architecture of the discipline.