The Neural Compass: A Map of Brain Regulation
What if psychiatric "comorbidity" is not a collision of separate disorders, but a single regulatory system out of balance?
In The Dynamics of 12 Functional Phenotypes, I present a model of six balancing neural pairs that operate as a continuous regulatory cycle.
This is not a map of symptoms.
It is a map of regulation.
Core Concept
The brain does not operate through isolated systems.
- Every activation creates imbalance
- Another system restores balance
This produces:
- Sequential regulation - no system remains dominant indefinitely
- A continuous cycle - each state prepares the next
The 6 Balancing Pairs
-
Impulse ↔ StabilizationMotor initiation ↔ habit formation
-
Grounded ↔ ConceptualFocused routines ↔ cognitive flexibility
-
Cognitive ↔ EmotionalReasoning ↔ attachment and memory
-
Attachment ↔ ExpressionInternal bonding ↔ outward expression
-
Reward ↔ PrecisionMotivation ↔ error detection
-
Judgment ↔ HarmonyEvaluation ↔ social regulation
Why This Matters
This framework provides a structured way to identify:
- which system is dominant
- which system is missing
It shifts the focus from symptom labeling to functional regulation.
This model forms the foundation for a broader framework of 144 neural phenotypes and domains.
This work builds on the previously published framework of 144 neural phenotypes.
Full text and diagrams: The Dynamics of 12 Functional Phenotypes →
This work builds on the previously published framework of 144 neural phenotypes.
Full text and diagrams: The Dynamics of 12 Functional Phenotypes →