The Governing Principles
of CDT
The formal principles that give Coherence Dynamics Theory explanatory structure: propagation, regime transition, and orthogonal transition.
Overview
These principles explain what CDT is claiming about coherent systems.
The constructs of CDT name the moving parts: drift, realignment loops, coherence, and resonance. The principles do something different. They specify the formal relationships that let those constructs explain why systems preserve direction, why they fail to, and how deep directional change should be interpreted.
In that sense, the principles are the bridge between vocabulary and theory. They tell us what must be true if CDT is a useful account of adaptive systems rather than a loose set of observations.
Three Principles
CPP
Coherence Propagation Principle
"Coherence requires that coherence propagation outpaces drift propagation."
A system does not remain coherent just because one part of it corrects successfully. Coherence has to travel. When correction, alignment, and stabilizing signals spread faster than deviation does, the system can preserve direction. When deviation spreads faster, the system fragments even if isolated components are still trying to realign.
Why It Matters
This principle makes CDT more than a theory of local repair. It explains why some systems fail despite intelligent actors and repeated efforts at correction: the problem is not only whether correction happens, but whether it propagates in time.
How To Read It
CPP is most useful in coupled systems: teams, institutions, distributed technical systems, relationships, ecologies, or any arrangement where local states affect one another.
DRTP
Directional Regime Transition Principle
"When a directional regime becomes untenable, components must realign to a new regime or decouple."
Not all drift is a sign of poor execution. Sometimes the regime itself can no longer sustain coherent direction. In that case, repeated correction attempts do not restore stability; they simply reveal that the current directional structure has become untenable.
Why It Matters
This principle turns chronic drift into diagnostic information. If realignment effort remains high and coherence still degrades, the question is no longer "why are people failing to comply?" but "what is no longer viable about the regime itself?"
How To Read It
DRTP is especially important when systems remain effortful but brittle: priorities keep shifting, repair keeps happening, but directional continuity does not return.
ORTP
Orthogonal Regime Transition Principle
"Orthogonal directional changes can preserve or destroy coherence depending on attractor basin membership."
A sharp change in direction is not automatically incoherent. Some apparent pivots preserve deeper continuity because they remain inside the same basin of coherence. Others destroy coherence because they move the system into an incompatible attractor structure.
Why It Matters
This principle prevents CDT from confusing continuity with sameness. A system can change direction substantially and still remain coherent, but only if the new direction is structurally compatible with the system’s deeper organizing logic.
How To Read It
ORTP matters most when a system appears to pivot, reframe, or reorganize. The real question is not whether the direction changed, but whether the new direction belongs to the same coherence basin.
How They Work Together
Theory logic
CPP explains the propagation race between coherence and drift. DRTP explains what it means when that race is repeatedly lost under a regime that can no longer sustain alignment. ORTP explains how major directional change should be interpreted once a shift becomes necessary. Together, the three principles let CDT describe not only how coherence is preserved, but how systems recognize untenable regimes and reorganize without confusing change itself with incoherence.
CPP
Explains whether coherent correction can spread fast enough.
DRTP
Explains when chronic drift is evidence of an untenable regime.
ORTP
Explains when deep directional change preserves coherence rather than destroys it.