Moving from Behavioral Observation to Neural Architecture: A Call for Empirical Examination
I am releasing the latest evolution of the 144 Phenotype Framework - a first-principles Neural Operating System designed to map cognitive diversity at the architectural level.
What This Work Proposes
- A finite coordinate system for high-level neurocognitive variation
- A dimensional neurocognitive topology
- A structured RDoC candidate taxonomy
- A hypothesis of stable attractor states in large-scale network dynamics
Rather than clustering symptoms, this framework models the antagonistic organization of large-scale neural systems (DMN, TPJ, DLPFC, valuation networks, executive control systems) into a coherent, finite architecture of 144 neurocognitive configurations.
The Master Map (v1.1)
The Master Map (v1.1) is now publicly available.
The scientific community is invited to examine, stress-test, refine, or challenge this architecture through:
- Empirical imaging studies (fMRI, EEG)
- Computational modeling of domain ratios
- Cross-mapping against existing diagnostic matrices
The framework is falsifiable by design.
It stands as a structural hypothesis of human neurodiversity - open to examination, independent replication, and theoretical expansion.