Publication architecture · updated September 2, 2026
Choose the science before the submission sequence
Publication follows a flagship line + one closed-line note + data products (Track A/B/C), not the retired three-research-programs framing and not a paper-count quota. Candidate-package readiness preserves evidence and packaging state; it does not establish a scientific flagship, journal acceptance, or a submission decision.
Execution order: P4′ → P1N → P2′ → P1B. The anomaly rerun proceeds in parallel; its flagship is drafted only if its regenerated evidence is scientifically and reproducibly strong enough. Review the sign-off gates for every work →
01
Research tracks
Each program starts with its question, lead result, and boundary.
02
What we publish, and what supports it
Manuscripts make scientific arguments. Data, checkpoints, and code make those arguments inspectable; they are tracked separately so no artifact is mistaken for a discovery claim.
03
Approved portfolio decisions
These decisions settle what each output is for. The remaining work is manuscript review, then the separate endorsement and submission phase.
04
Candidate package evidence
Every candidate remains available with its exact PDF and artifact record. The evidence percentage is a packaging/review record, not a claim of journal acceptance.
| Candidate | Portfolio role | Evidence | Artifact |
|---|---|---|---|
| 1 Algebraic Cartan Elimination in Minimal Einstein–Cartan–Holst Gravity: Spin-Sourced Contact and Zero-Spin Scalar Branches | Focused Theory Note · ECH Boundary Result Selected standalone submission | 95% | Read PDF |
| 1B namaster-proof: Content-bound execution receipts as a shortcut detector for pseudo-Cℓ computations | Research Software · Exact-Window Verification Selected standalone submission | 95% | Read PDF |
| 1N What Minimal Einstein–Cartan–Holst Torsion Does for the Bounce and Cannot Do for Dark Energy | Track B · The ECH Note (closed line) Selected standalone submission | 95% | Read PDF |
| 2 The Exact Matter-Contraction Non-Gaussian Amplitude: Four-Vertex Derivation and Conditional Large-Scale-Structure Mapping | Lead Theory Paper · Matter-Contraction Non-Gaussianity Selected standalone submission | 95% | Read PDF |
| 2L An Independent Confirmation of f_NL = −35/16 for Matter-Dominated Contraction | Track A · A1 Letter (flagship) · Exact Non-Gaussianity Selected standalone submission | 20% | Read PDF |
| A3 Multi-channel tests of the matter-bounce prediction f_NL = −35/16 and a joint (r, f_NL) no-go for single-field matter bounces | Track A · A3 Multi-Channel Consistency (flagship submission candidate) Selected standalone submission | 75% | Read PDF |
| 3 Public-ID Recovery for a Historical DESI DR1 Anomaly List: 170 High-Coordinate-Consistency Core and 11 Lower-Confidence Positional Associations | Supporting Data Release · DESI Public-ID Recovery Integrated support release | 95% | Read PDF |
| 4 An Observed-Label Chirality-Dipole Null in 890,069 Quality-Controlled High-Confidence DESI Spirals and an 8.5-Million-Galaxy Catalog | Lead Catalog Paper · Observed-Label Chirality Null Selected standalone submission | 95% | Read PDF |
| 5 Environmental Dependence of Spiral Chirality: A DESIVAST Catalog-Native Void Non-Detection with Secondary Cosmic-Web Cross-Checks | Standalone Companion · Chirality–Environment Null Test Selected standalone submission | 95% | Read PDF |
| 4P 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-Check | Track C1 · DESI Data Products (on-vision) Selected standalone submission | 95% | Read PDF |
| SU The separate universe computes a different variable: an exact criterion for δN = ζ in non-attractor phases | Short note · Separate-universe failure criterion Selected standalone submission | 70% | Read PDF |
Detailed package paths and review state are retained in research tracks and the review record.