Manuals
The operational manual for the framework. Eight pages, read in order. Each page covers one portion of the operational protocol, from the conceptual foundation through the computational tool suite. Every page carries status tags on its values, and every page returns to classical language.
Contents
| # | Manual | Scope |
|---|---|---|
| 00 | Introduction | Operational entry point. The two modes; the four-step lock in summary; how to read the manual. |
| 01 | Embedded observer | The conceptual foundation. The observer as blind spot; the axiom of bounded measurement; machine-precision closure; epistemic guardrails. |
| 02 | Frame-invariant mathematics | The epistemic ground, the locked four-step execution protocol, the status tag taxonomy, and the dimensionless conic engine. |
| 03 | Pure mathematical engine | Tetrahedral solid-angle partitioning, planar invariants, topological scale invariance, MOTS stability operator, Lyapunov–Schmidt reduction, emission power law. |
| 04 | Thermodynamic bridge | Entropy unification ladder, bounded operational corridor, Landauer floor and Planck ceiling, acceleration scaling, squeezed-vacuum mechanics. |
| 05 | Cosmology & data mining | Mode A (Hubble reconciliation, ΛCDM budget) and Mode B (sub-threshold recovery, NEO 2019 OK case study). |
| 06 | AI system prompt | The machine context specification. The three anti-fallback rules, the legacy trap mapping, the validation benchmarks, and the prompt itself. |
| 07 | Computational tool suite | The five computational primitives that implement the four-step lock. Deployment architecture. |
Recommended reading order
For a first pass through the framework, read 00 → 03 → 05. That sequence gives the operational entry point, the technical engine, and the applied demonstrations.
For the full manual in order, read all eight pages sequentially. They build on each other; each page assumes the previous one.
For AI integration work, 06 and 07 are the operational pair: the specification and the primitives that enforce it.
Cross-references. The framework's invariants and theorems in one page are at quick reference. The master register is at register.html. The derivations behind each manual are in proofs.