IPD‑12 Teaching Module Page
RTT‑1 Teaching Mode — Inter‑Process Drift for Students#
IPD‑12 is the RTT engine for Inter‑Process Drift — the study of how two processes drift apart, why they drift, and how coherence can still be maintained.
This teaching module introduces IPD‑12 in RTT‑1, the surface‑regime classroom mode used for students and AI learners.
It is simple, structural, coherence‑declared, drift‑bounded, and paradox‑aware.
1. Teaching Mode Parameters#
rtt = 1
coherence = declared
drift = bounded
paradox = structural
Meaning:#
- RTT‑1: simple, surface‑regime explanations
- Coherence Declared: teacher states coherence anchors explicitly
- Drift Bounded: drift is structural only, not conceptual or substrate
- Paradox Structural: paradoxes are tensions, not contradictions
This is the same mode used in your paradox section in p_Capture.md github.com.
2. What IPD‑12 Teaches#
IPD‑12 teaches students:
- how to capture the structure of a process
- how to compare two processes
- how to detect drift between them
- how to declare coherence even when drift exists
- how to identify structural paradoxes
- how to summarize drift‑aware insights
IPD‑12 does not teach substrate grammar, inversion, dimensional synthesis, or infinite‑regime blending (RTT/∞ only) triadicframeworks.org.
3. The IPD‑12 Teaching Sequence (RTT‑1)#
The teaching version of the IPD‑12 sequence is:
Capture → Analyze → Drift → Coherence → Paradox → Synthesis
RTT‑1 Simplifications:#
- Capture is literal
- Analyze is structural
- Drift is bounded
- Coherence is declared
- Paradox is structural
- Synthesis is surface‑regime
This matches the paradox section in your current tab (p_Capture.md) where structural paradoxes are described as simple, bounded, non‑substrate, non‑dimensional github.com.
4. Teaching Operators (RTT‑1)#
IPD‑12 exposes seven operators, but in RTT‑1 they are simplified:
| Operator | RTT‑1 Teaching Meaning |
|---|---|
map_process() |
“Describe the process simply.” |
compare_process() |
“Show how two processes are similar.” |
drift() |
“Show where they start to differ.” |
detect_divergence() |
“Point out the biggest differences.” |
drift_tensor() |
“Show differences across layers.” |
align_coherence() |
“Explain what keeps them aligned.” |
cross_system() |
“Explain how they relate.” |
These operators are listed in the IPD‑12 engine page (operators.json) triadicframeworks.org.
5. Teaching Example (RTT‑1)#
Subject: Hand‑Written Notes vs. AI‑Generated Notes#
This example is derived from your paradox section in p_Capture.md github.com.
Capture#
- Humans: listen → think → write
- AI: input → process → output
Analyze#
Shared structure:
- both capture information
- both aim for clarity
- both rely on an input stream
Drift (bounded)#
- speed drift
- detail drift
- interpretation drift
Coherence (declared)#
- shared goal: “clear notes”
- shared constraint: “limited time”
Paradox (structural)#
The more AI helps humans take notes, the less humans practice taking notes.
But the less humans practice, the more they rely on AI.
This paradox appears in your current tab exactly as written github.com.
Synthesis#
Both processes drift, but coherence remains.
Hybrid workflows reduce drift.
6. Teaching Notes for Instructors#
Keep explanations surface‑regime#
Avoid substrate, inversion, dimensional, or infinite‑regime concepts (RTT/∞ only) triadicframeworks.org.
Declare coherence explicitly#
Students must see what keeps processes aligned.
Bound drift#
Only structural drift is taught in RTT‑1.
Treat paradoxes as tensions#
Never as contradictions or metaphysical puzzles.
Use simple examples#
Music, workflows, notes, manufacturing, mythology.
7. Student Exercise Template#
Subject:
Process A:
Process B:
1. Capture (RTT‑1)
2. Analyze (RTT‑1)
3. Drift (bounded)
4. Coherence (declared)
5. Paradox (structural)
6. Synthesis (simple)
This template mirrors the structure of your paradox section in p_Capture.md github.com.
8. Summary#
The IPD‑12 Teaching Module provides:
- simple structural capture
- bounded drift detection
- declared coherence
- structural paradox identification
- surface‑regime synthesis
It is the student‑friendly version of IPD‑12, designed for RTT classrooms and AI learners.