🧭 SMS Analyzer — Workflow Overview

This document describes the student‑facing workflow for the Substrate Mind Science (SMS) Analyzer when used in the RTT NoS sandbox. The workflow is intentionally conservative, collaborative, and regime‑aware. It is designed to teach structural reasoning, not to produce conclusions.

The Analyzer is always used in small, supervised teams. Individual interpretation is explicitly discouraged.

🧠 Guiding Principles#

• Structure precedes interpretation.
• Context stabilizes meaning.
• Multiple models reduce blind spots.
• Environmental factors are ruled out before internal attribution.
• AI augmentation is observed, not trusted.
• No single session is decisive.

🧩 High‑Level Workflow#

1. Scenario Selection
2. Context Activation
3. Sensory Branch Modeling
4. Triadic Integration
5. Regime Context Assembly
6. Student‑Visible Summary
7. Structural Review & Reflection

Each step is lightweight and intentionally incomplete on its own.

1. Scenario Selection (Clinician‑Led)#

The workflow begins with a scenario selection, chosen by the supervising clinician or instructor.

Available student scenarios include:

• Sensory‑triggered memory
• Chronic load adaptation
• Environmental auditory context
• Apparent stability with hidden fragility

Scenarios determine which optional modules are activated. They do not determine outcomes.

2. Context Activation (Optional Modules)#

Based on the scenario, one or more context modules may be activated:

• Environmental auditory exposure
• Life‑regime anchoring
• AI‑augmentation context

Modules add interpretive context, not explanatory weight. They are used to rule out blind spots, not to assert causes.

3. Sensory Branch Modeling#

Each sensory system is modeled independently using shared operators:

• Smell
• Sight
• Hearing
• Touch
• Taste

Students work in parallel, assigning relative values rather than precise measurements. The goal is comparison, not accuracy.

All branches use the same REM‑CGP operator set.

4. Triadic Integration (Always Performed)#

Every session produces three whole‑mind views:

• Dominant‑Sense Model
• Weighted Integration Model
• Invariant‑Driven Model

Students compare:

• where models converge,
• where they diverge,
• and what assumptions each model makes.

No model is treated as authoritative.

5. Regime Context Assembly (Structural Layer)#

The Regime Context Block is assembled after integration.

It includes:

• Consciousness regime
• Life‑regime profile
• Structural posture (stabilizing, compressed, exploratory)
• Environmental context (if active)
• Measurement integrity indicators
• Regime mismatch flags

Most of this block remains structural‑only and is not surfaced in summaries.

6. Student‑Visible Summary#

Only high‑level, descriptive elements are surfaced:

• Whole‑Mind State (triadic consensus)
• Primary consciousness posture (plain language)
• Life‑regime orientation (high‑level)
• Short‑term trajectory
• Key sensory contributors

This summary supports orientation, not decision‑making.

7. Structural Review & Reflection#

Teams review the structural layer together, guided by the instructor.

Focus areas:

• Where interpretation could drift
• Which assumptions are fragile
• How regime context changes meaning
• What additional sessions would clarify

Students are encouraged to ask: “What would change our interpretation if this context were different?”

⚠️ Safety & Scope Reminder#

This workflow is for educational use only.

• No solo use
• No self‑assessment
• No diagnostic claims
• No therapeutic decisions
• No validation of personal beliefs

Environmental artifacts and AI‑augmented inputs are treated as contextual signals, never as evidence.

🧠 Learning Outcome#

By following this workflow, students learn:

• how structure shapes cognition,
• why context matters more than snapshots,
• how to avoid regime blindness,
• and how to reason responsibly in complex systems.

The goal is not certainty. The goal is structural clarity.