Curriculum of GFRTU

Concrete example first

If you want to build one toy GFRTU from scratch, you can follow this path:

1. define traces and covers,
2. attach local recognition logics,
3. add stabilization and drift,
4. compute the fixed layer,
5. run generative closure.

The lessons below teach each piece in that order.

Formal curriculum map

This curriculum introduces GFRTU as a generated universe with three closure principles: sheaf coherence, dynamic stabilization, and generative minimality.

Lesson sequence

1. curricula/overview.md — what GFRTU is and when to use it.
2. curricula/trace-site.md — how to define ((T,J)) and recognition fibers.
3. curricula/stabilization-drift.md — how (\sigma), (\Delta), and (H^*) work.
4. curricula/closure-ug.md — how (UG) generates the least universe.
5. curricula/processes.md — full workflow and validation checks.

Companion component docs

• Trace site
• Recognition fibers
• Stabilizer
• Fixed layer
• Generative closure
• Sheaf semantics
• RTL
• Cells
• overview
• processes
• stabilization-drift

Learning outcome

After these lessons, you should be able to state GFRTU’s primitive inputs, explain the generated structures, and execute the full construction on a toy trace site.