GFRTU Curriculum

This curriculum is a short path through the GFRTU object, organized as explainers that unpack the required structure and the closures it induces.

Prerequisites

• Comfort with finite categories and basic order theory
• Familiarity with Heyting algebras

Sequence

1. curricula/overview.md — What the GFRTU is and why it exists.
2. curricula/lesson-1-trace-site.md — What a trace site is and how to specify one.
3. curricula/lesson-2-stabilization-drift.md — What recognition fibers are and how stabilization/drift work.
4. curricula/lesson-3-closure-ug.md — What generative closure is and why it yields a minimal universe.
5. curricula/processes.md — Whole-object workflow for using GFRTU under its entry conditions.

Component Docs

• Trace site
• Recognition fibers
• Stabilizer
• Drift
• Fixed layer
• Generative closure
• Cells
• RTL
• Sheaf semantics

Outcomes

By the end, you should be able to verify that a situation meets the entry conditions for GFRTU, explain the primitive components, and apply the full GFRTU workflow without isolating components out of context.