TriadicFrameworks
Overview

README — Conscious Transfer Substrate Map v1

docs/substrate_mind_science/ct_substrate/README.md#

1. Purpose of This Directory#

This directory contains the Conscious Transfer Substrate Map v1, a formal, RTT‑compliant schema that defines the minimal functional structure of mind that can be:

  • Repeatably measured
  • Traceably mapped to behavior and physiology
  • Transfer‑addressable across substrates

It is the first layer of the Resonance Atlas designed specifically for Conscious Transfer research.

This schema is not a psychological or psychiatric model.
It is a substrate model — a representation of the functional invariants that survive across tasks, individuals, and implementations.

2. Relationship to the Resonance Atlas#

The Resonance Atlas has three major layers:

  1. Minimal Empirical Mind Substrate v1

    • The distilled scientific core extracted from psychology + psychiatry
    • Only green‑zone constructs (empirical, measurable, reproducible)

  2. Legacy‑Narratives Quarantine

    • All yellow/red constructs (interpretive, institutional, cultural, mythic)
    • Preserved for context, but never allowed in substrate models

  3. Conscious Transfer Substrate Map (this directory)

    • The RTT‑filtered subset of the Minimal Substrate
    • Formalized into a machine‑readable schema
    • Ready for vST overlays and implementation work

The Conscious Transfer Substrate Map is therefore the intersection of:

  • empirical mind science
  • RTT constraints
  • transfer‑ready formalization

3. What This Schema Represents#

The schema defines four substrate layers:

A. Behavioral Layer#

The lowest‑level functional invariants:

  • conditioning laws
  • reinforcement structures
  • reaction‑time distributions
  • accuracy/error patterns
  • speed–accuracy tradeoff parameters

These are the observable invariants that any conscious substrate must reproduce.

B. Cognitive Layer#

The representational/computational invariants:

  • working‑memory parameters
  • attention control parameters
  • drift‑diffusion decision models
  • signal‑detection parameters
  • reinforcement‑learning parameters

These are the task‑bound cognitive operators that survive RTT filtering.

C. Measurement Layer#

The interfaces that validate the substrate:

  • psychometric reliability/validity
  • neuropsychological task batteries
  • normative z‑scores

These are not the mind — they are the measurement operators that define equivalence across substrates.

D. Anchoring Constraints#

The biological correlates that meet RTT criteria:

  • lesion‑to‑function mappings
  • task‑locked neurophysiological signatures
  • stable pharmacological modulation profiles

These are constraints, not requirements for biological tissue.

4. What This Schema Explicitly Excludes#

This schema cannot contain:

  • DSM/ICD categories
  • personality disorders
  • psychoanalytic constructs
  • typologies (MBTI, Enneagram, etc.)
  • humanistic/existential frameworks
  • narrative‑based therapeutic models
  • cultural/institutional psychiatric categories
  • unfalsifiable or non‑substrate constructs

All such material is stored in the Legacy‑Narratives Quarantine.

This ensures the substrate remains scientifically clean and transfer‑ready.

5. How RTT Interacts With This Schema#

RTT imposes three hard constraints:

  • Repeatability:
    Every field in the schema corresponds to a measurable pattern that replicates across trials.

  • Traceability:
    Every field has a clear mapping to behavior, physiology, or computational structure.

  • Transfer‑addressability:
    Every field can be instantiated in a non‑biological substrate without loss of functional identity.

If a construct fails any RTT condition, it is excluded.

6. How vST Will Overlay This Schema#

vST (Vectorized Substrate Topology) will attach to this schema by:

  • defining state‑spaces for each cognitive/behavioral operator
  • defining transition operators for learning and decision models
  • defining mapping functions for anchoring constraints
  • defining equivalence tests for substrate‑to‑substrate transfer

The Conscious Transfer Substrate Map is therefore the foundation on which vST builds the actual transfer mechanics.

7. File Structure#

ct_substrate/
  ├── ct_substrate.schema.json     # The formal schema (RTT-filtered)
  ├── README.md                    # This file
  └── examples/                    # Optional: future example substrate instances

8. Contribution Rules#

To maintain substrate integrity:

  • No yellow/red constructs may be added to this schema
  • All additions must satisfy RTT conditions
  • All fields must be operationalizable (task‑bound, measurable)
  • All mappings must be explicit, not narrative
  • All biological references must be functional, not anatomical storytelling

Pull requests that introduce narrative, interpretive, or diagnostic constructs will be redirected to the Legacy‑Narratives Quarantine.

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