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Phi-Genesis Daily Computational Verification

UltraCore-RFT mirrors the computational verification workload of Phi-Genesis as a first-class part of this research hub. The runs use the canonical Python source from Phi-Genesis main; the algorithms and tests are not forked or copied into this repository.

Each run records both the UltraCore-RFT commit and the exact Phi-Genesis commit it checked out. Logs and provenance files are retained as downloadable GitHub Actions artifacts.

Daily schedules

  • Nightly deep verification

    00:00 UTC every day

    The marked deep-test suite, including the level-9 dense spectral calculation and statistical / decimation audits.

    Open workflow · View all runs

  • High-precision spectral matrix

    03:00 UTC every day

    A1 level 9, A1 level 10, and E level 9, run as three parallel 360-digit mixed-precision jobs.

    Open workflow · View all runs

The schedules match the corresponding daily source workflows in Phi-Genesis. They are separate GitHub Actions runs: a pass in one repository does not automatically certify the other repository's workflow or prove a mathematical statement beyond the assertions actually executed.

1. Nightly deep suite

The source workflow is nightly-deep-tests.yml; UltraCore-RFT checks out Phi-Genesis and runs:

pytest -v -s -m nightly

The suite currently selects eight deep tests from the source test collection. The checks include:

  • Construction of the level-9 Sierpiński-gasket graph: 29,526 vertices and 59,049 edges.
  • An attempted full dense eigendecomposition of the level-9 graph Laplacian.
  • A Gate E statistical null sweep over 20 million random index quadruples for each configured search bound.
  • Gate A matched-pair and machine-precision residual diagnostics.
  • Spectral-window summaries at levels 8 and 9.

A successful historical run on 9 November 2026 completed in 47 minutes 26 seconds. The level-9 dense eigensolve itself completed in 1,282 seconds on that run. The test records the outcome; it does not assert that every runner will have the same memory/time characteristics.

Historical source run — 9 November 2026 · Canonical source test.

2. High-precision spectral matrix

The matrix workflow runs three independent jobs in parallel using:

Python 3.12
mixed-precision working precision: 360 decimal digits
sparse linear solve target:        210 decimal digits
inverse iterations:                250
progress output:                   every 20 iterations
Sector Graph level Full graph dimension Symmetry-sector dimension
A1 9 29,526 4,926
A1 10 88,575 14,768
E 9 29,526 9,842

These calculations resolve extremely close low spectral modes that ordinary float64 single-vector iteration can collapse. The A1 and E jobs are different symmetry sectors of the same specified graph-matrix family. The output is a high-precision numerical calculation with residual diagnostics; it is not, by itself, an interval proof or an infinite-level convergence theorem.

A verified historical high-precision run completed in about 124 minutes overall. The E-sector level-9 calculation was the dominant job, with a reported computational elapsed time of about 7,394 seconds. The source Actions run retains the original logs and artifacts.

Canonical code: symmetry_sector_bottom.py · source workflow.

Phi-Genesis also maintains separate finite-level Schur interval and derivative certificates. They are part of the research record, but they are not silently folded into the two daily workflows above:

These certificates can be added as a further scheduled workload after their runtime and resource costs are deliberately assessed. The present UltraCore-RFT mirror is limited to the two existing daily source workflows, avoiding an accidental expansion of the compute schedule.

Provenance and evidence boundary

Every UltraCore-RFT run:

  1. Checks out the current main of Phi-Genesis into a dedicated phi-genesis/ directory.
  2. Records the exact source commit SHA and the UltraCore-RFT workflow commit SHA.
  3. Runs the original source commands without modifying the source repository.
  4. Uploads text logs and the provenance record as workflow artifacts, retained for 30 days.

A workflow pass means that the selected command completed successfully for the checked-out revisions and runner environment. It does not upgrade numerical evidence into a Lean theorem, close Gate A, prove the quadratic increment law, or identify the graph matrix with an external physical operator.

The formal results and open questions remain in the Phi-Genesis research record and the UltraCore mathematical results register.

Evidence first. Preserve the source, the configuration, the commit, and the full run log.