Appendix I — Source and Provenance Register

Every source the book relies on, in two classes: external public sources (cited by full URL in the endnotes) and internal Odisena canonical artifacts (cited by canonical title/description, never by private filesystem path). No private, personal, credential, security-topology, or invention-enabling detail is published; internal cases are privacy-safe abstractions.

#I.1 — External public sources

The complete list of external sources appears in the endnotes (References), each with a full clickable URL. They comprise: standard references on the Fibonacci sequence and its identities (including the On-Line Encyclopedia of Integer Sequences and standard mathematical treatments); the history of the sequence (Piṅgala and later Indian prosodists; Leonardo of Pisa's Liber Abaci); results on convergence, Binet's formula, and Cassini's identity; algorithmic complexity and dynamic programming references; results on phyllotaxis and the golden angle; critical sources on golden-ratio myths (nautilus, Parthenon, aesthetic preference); computability and the halting problem; the peer-reviewed and preprint literature underlying the bounded quantum-estimator advanced example; and the official Kindle Direct Publishing help pages governing print interior, margins, cover/spine calculation, and submission requirements.

#I.2 — Internal Odisena canonical artifacts (privacy-safe)

The book draws on the following internal canonical artifacts, cited by title/description. These are the author's own project records; the book uses only privacy-safe abstractions of them.

1. RFPA / AVPT / Infinity Engine concept page — the canonical definitions and the framework's application across domain rollout, worldbuilding, CI/CD, home-network migration, and field-validation recovery.
2. Odisena Founding Loop concept page — the symbolic doctrine and canonical glyph string, used here as a quoted artifact.
3. Odisena v8 Governance Chain concept page — the regenerate-don't-patch amendment/registry layer and its preservation discipline.
4. Odisena AVPT CI/CD project page — the snapshot-first deployment cadence, inert/dry-run fleet rollout, reusable workflow, durable ledger, and AVPT-versus-linear comparison view. Public repository references appear in the endnotes where already public and safe.
5. Odisena Domain Network project page — the fielded subdomain constellation and the fail-closed, merge-separate production promotion boundary.
6. Odisena Field Validation Apple Recovery project page — the cycle-boundary halt, non-discard failure handling, and pre-declared irrecoverable criteria (device details abstracted).
7. Master Key Infrastructure project page — the staged migration cadence and the Loop-16 hard-hold on repeated baseline-capture failure (private infrastructure detail abstracted).
8. Helios 1 Worldbuilding project page — the redirect convention for renamed entries (worldbuilding content abstracted).
9. Odisena Collective Neural Network project page — the seven-layer system, item-level classification-aware release gate, and deterministic three-replica sync.
10. Predecessor manuscript blueprint — The Recursive Spiral blueprint of the same title, preserved and superseded by this edition (see the supersession statement in the release manifest); its architecture guided this book, which supersedes it with full prose.
11. Bounded quantum-estimator specification — the RFPA/AVPT estimator for a one-dimensional Gaussian quantum wave packet, used only as a bounded advanced example; its established components (stochastic master equation, Gaussian moment closure, Riccati covariance, quantum Kalman structure) are cited to public literature in the endnotes, and no speculative novelty is presented as established fact.
12. Governance examples — receipt registry, collision-correction record, supersession note, and RFPA/AVPT build ledger, used as privacy-safe illustrations of tracking and supersession, with no personal or unpublished-invention detail.