Track C — DESI data products

Lead result

The largest test to date of Popławski's galaxy-spin-axis prediction, run on the 887,472-galaxy high-confidence subset of the 8.47M-galaxy DESI parent catalog with a void-environment cross-check, is a null: the catalog's own sensitivity floor excludes alignment fractions η > 0.98% at ≥95% coverage — a factor of 2–20× below the amplitudes reported in the literature it tests.

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Channels & tests

Channel	Prediction	Current data	Evidence	Receipt
Galaxy spin-axis alignment (chirality dipole)	A preferred large-scale spin axis per the rotating-black-hole-universe model.	Null: z_mom=+0.635, rank p=0.238 on 890,069 QC'd galaxies; A_95 ≈ 0.98% exclusion.	null	paper-4p source
Early-universe anomaly map (C2, redirected)	Anomalies that strain single-field inflation (over-massive high-z galaxies, PNG, isolated early SMBHs).	Answered as a data release, not yet a discriminator paper: anomaly catalogue v2, 1,244 science targets, no reference class clears the confirmed-class bar (best match 4.2×).	open	ANOMALY_CATALOGUE_RELEASE_v2

Works in this track

The Largest Test of the Rotating-Black-Hole-Universe Galaxy-Spin-Axis Prediction: A Chirality-Dipole Null in 8.47M DESI Spirals with Void-Environment Cross-CheckTesting the 'universe born inside a rotating black hole' prediction against 8.5M DESI galaxies (result: null, excludes the literature amplitudes)v4P.0.7 · 95%Public-ID Recovery for a Historical DESI DR1 Anomaly List: 170 High-Coordinate-Consistency Core and 11 Lower-Confidence Positional AssociationsSupporting data release: public DESI IDs for the anomaly program's follow-up listv3.2.0-r17 · 95%namaster-proof: Content-bound execution receipts as a shortcut detector for pseudo-Cℓ computationsSoftware that catches skipped or faked steps in a common CMB/LSS analysis — a general verification primitive, tested blindv2B.0.23 · 95%

What is still open

C2 discriminator paperContingent on an autoencoder catalogue earning its way past the known-object recovery benchmark (ledger #8, now answered as a data release rather than a detector paper).

Houston's final sign-off readP4′ v4P.0.5 readiness 95 pending Houston's personal review quote in SSOT/paper-4p/status.md.

Boundary

P4′'s exclusion bears on the rotating-black-hole-universe model's spin-axis claim only — it is not itself a bounce-cosmology detection. P3 is a provenance/public-ID data release, not a validated anomaly-rate or discovery claim; P1B (namaster-proof) is a software/verification result, not a physical measurement.