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RTT‑1 Student Drift Worksheet

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

RTT‑1 teaches drift in the simplest possible way:

Drift = how two processes start to differ.

This worksheet helps students identify drift using only surface‑regime, structural, bounded reasoning — exactly the mode used in your active tab’s IPD‑12 → RTT/∞ mapping section github.com.

SECTION 1 — Write the Two Processes You Are Comparing#

Process A Name:
Process B Name:

(Use the capture worksheet first — drift requires complete capture.)

SECTION 2 — Shared Structure (Coherence Declared)#

List what both processes share.
This establishes the coherence baseline.

Examples:

  • both capture information
  • both follow a sequence
  • both aim for clarity
Shared Structure:
1.
2.
3.

SECTION 3 — Identify Drift (Structural Only)#

Drift is where the processes start to differ.

Use simple, structural statements.

Examples:

  • speed drift
  • detail drift
  • interpretation drift
  • boundary drift
Drift Points:
1.
2.
3.

SECTION 4 — Drift Categories (RTT‑1)#

Check which drift categories apply:

  • Geometric Drift (form, structure)
  • Operational Drift (steps, flow)
  • Temporal Drift (speed, pacing)
  • Conceptual Drift (meaning, interpretation)
  • Domain Drift (different domains)

These categories match the drift‑tensor layers described in your IPD‑12 → RTT/∞ mapping section github.com.

SECTION 5 — Drift Examples (Fill In)#

Geometric Drift (L1)#

How the structure differs:

Example:

Operational Drift (L2)#

How the steps differ:

Example:

Temporal Drift (L3)#

How the timing differs:

Example:

Conceptual Drift (L4)#

How interpretation differs:

Example:

Domain Drift (L5)#

How the domains differ:

Example:

SECTION 6 — Drift Summary (RTT‑1)#

Write a simple, one‑sentence summary:

Drift Summary:

Example:
“Both processes aim for clear notes, but they drift in speed, detail, and interpretation.”

SECTION 7 — 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’s IPD‑12 → RTT/∞ section github.com.

SECTION 8 — Paradox Awareness (RTT‑1 Structural Mode)#

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

Examples:

  • dependency paradox
  • coherence paradox
  • temporal paradox

Write any paradox you notice:

Paradox:

SECTION 9 — Teacher Notes (RTT‑1)#

  • Keep drift 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).
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