RTT‑1 Tensor Worksheet

A beginner‑friendly worksheet for learning the drift‑tensor in IPD‑12#

RTT‑1 teaches the drift‑tensor in the simplest possible way:

A tensor is a structured way of measuring drift across different layers.

In IPD‑12, the drift‑tensor has five layers, each representing a different kind of difference between two processes.

This worksheet helps students identify and classify drift using only surface‑regime, structural, bounded reasoning — exactly the mode used in your active tab’s mapping section (turn0browsertab1).

SECTION 1 — Write the Two Processes You Are Comparing#

Process A Name:
Process B Name:

(Use the Capture Worksheet first — tensors require complete capture.)

SECTION 2 — The Five Drift‑Tensor Layers (RTT‑1)#

RTT‑1 uses simple definitions:

1. Geometric Drift (L1)
   Differences in structure or form.

2. Operational Drift (L2)
   Differences in steps or workflow.

3. Temporal Drift (L3)
   Differences in speed or pacing.

4. Conceptual Drift (L4)
   Differences in meaning or interpretation.

5. Domain Drift (L5)
   Differences in domain (workflow, music, physics, etc.).

These are the same layers referenced in your direct mapping section (turn0browsertab1).

SECTION 3 — Fill In Each Tensor Layer#

L1 — Geometric Drift#

How do the structures differ?

Example:

L2 — Operational Drift#

How do the steps differ?

Example:

L3 — Temporal Drift#

How does timing differ?

Example:

L4 — Conceptual Drift#

How does interpretation differ?

Example:

L5 — Domain Drift#

How do the domains differ?

Example:

SECTION 4 — Tensor Layer Checklist#

Check all layers where drift occurs:

• L1 Geometric
• L2 Operational
• L3 Temporal
• L4 Conceptual
• L5 Domain

This checklist mirrors the drift‑tensor structure used in your IPD‑12 → RTT/∞ mapping (turn0browsertab1).

SECTION 5 — Tensor Summary (RTT‑1)#

Write a simple, one‑sentence summary:

Tensor Summary:

Example:
“Drift appears in structure, steps, and interpretation, but both processes stay aligned in purpose.”

SECTION 6 — Coherence Check#

Even with drift, coherence may still exist.

Check what remains aligned:

• shared purpose
• shared boundaries
• shared constraints
• shared goals
• shared structure

This mirrors the coherence mapping in your active tab (turn0browsertab1).

SECTION 7 — Paradox Awareness (RTT‑1 Structural Mode)#

If drift increases while coherence remains, a structural paradox may appear.

Examples:

• coherence paradox
• temporal paradox
• interpretive paradox

Write any paradox you notice:

Paradox:

SECTION 8 — Teacher Notes (RTT‑1)#

• Keep tensor reasoning bounded (no substrate, no inversion).
• Keep explanations surface‑regime.
• Declare coherence explicitly.
• Treat paradoxes as tensions, not contradictions.
• Use everyday examples (notes, workflows, tools, music).