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Historical Development and Provenance

This page records a selected, commit-backed chronology across the research repositories. It is not a complete log of every experiment, nor does it reinterpret old results in light of later work. For exhaustive history, use each repository's Git log and versioned evidence files.

1. Maintainer-reported origin sequence

For the broad origin story, the maintainer reports this order: Rift Network → Rift-L1 Blockchain → UltraCore-RFT and supporting engineering systems (scheduler, memory, and related work) → Phi-Genesis → Evgeny-Theorem → Evgeny's Theory of Everything. The dedicated origin chronology explains the scope and links to the source repositories.

This is an explicitly attributed historical sequence. It is not a complete commit audit, and it does not replace the dated, commit-linked milestones below. Where exact dates or precedence have not been independently checked against repository history, they are not inferred here.

2. Selected dated milestones

Date (UTC) Repository Recorded milestone What the record does—and does not—establish
2026-09-06 Phi-Genesis Carpet-model audit records look-elsewhere effects and rejects treating four mass-index matches as evidence of a selection rule A negative result and a methodological warning; not a mass-law discovery
2026-09-07 Phi-Genesis Gate A decimation check uses one-to-one eigenvalue matching and records sub-100% matching at low levels after simple exclusions The polynomial relation matches where matches are found; the full exceptional set remains open
2026-09-14 Evgeny-Theorem Lean formalization scaffold added Formalization infrastructure was introduced; a scaffold alone is not the completed theorem
2026-10-03 Evgeny-Theorem Lean work on the fourth-power trace expansion Records an intermediate proof-development step
2026-10-11 Evgeny-Theorem Commit message records the operator-level bridge and closed form for all \(m\ge1\) Primary provenance for the formalized fourth-moment claim; read the theorem and proof files for exact scope
2026-10-15 Theory-of-Everything synthesis Higher-moment recurrence base-transition audit and arithmetic CI added Strengthens the finite-level audit; does not close the all-level recurrence
2026-10-15 Theory-of-Everything synthesis Reproducible level-5 higher-moment holdout added Adds a finite holdout, not an infinite-level proof
2026-10-15 Theory-of-Everything synthesis Higher-moment Fourier coefficient candidates reconstructed Candidate coefficients and certificates have the scope specified in the accompanying report
2026-10-16 UltraCore-RFT Research hierarchy and evidence boundaries documented; README badge clutter reduced A documentation/navigation milestone, not a new mathematical proof

3. How to read this chronology

The fourth-moment result

The formalization history is evidence of the development path, but the current source theorem, formal declarations, toolchain, and build are the authoritative objects for checking the result. A commit message summarizes intent; it is not itself the proof.

Higher moments

The sequence of coefficient reconstruction, holdout tests, and arithmetic checks documents the move from observed recurrence patterns to stronger finite-level evidence. The synthesis repository explicitly leaves the all-level recurrence open. Later passing checks must not be described as closing a theorem they do not prove.

Phi-Genesis

The Gate A and look-elsewhere-effect commits show why negative results and residual mismatches belong in the published record. The decimation relation is not “fully solved” while the exceptional set remains uncharacterized. Mass-index matches do not by themselves identify a predictive physical law.

Engineering and applications

Runtime, protocol, scheduler, memory-isolation, and kernel-stress milestones should be reconstructed from their own commit histories, tests, audit records, and deployments. They are not used as proxies for the status of the mathematical theorem.

4. Provenance rules

  • Preserve old failed workflows and reports; do not replace them with later success without retaining the earlier record.
  • Tie every numeric claim to a repository, commit or dated workflow, input scope, and method.
  • Treat the primary theorem source as authoritative for the formal statement; use this repository as a synthesis and navigation layer.
  • Distinguish commit timestamps from publication, review, or independent-replication dates.
  • Do not infer peer review, external validation, or novelty from a merge or a passing CI job.

5. Full histories

6. Cross-project engineering strands

The mathematical research is one part of a wider public repository history. These implementation tracks are documented separately so their evidence is not conflated with the theorem:

Attribution standard

This chronology records public artifacts and does not infer employment, contracts, partnerships, sponsorship, or endorsement from open-source activity or a repository name. NASA- or MATLAB-specific work should be added as a dated milestone only when its direct public artifact (repository, commit, paper, or documented contribution) has been identified and checked. A profile activity screenshot is useful as a lead, but is not sufficient to establish the exact project, technical contribution, or institutional relationship.