Papers→ Paper 1A
Paper 1A
Channel-Level Closure of Four Minimal Einstein–Cartan–Holst Dark-Energy Routes and Perturbation Transparency for Scalar Matter
Closes all four minimal Einstein–Cartan–Holst routes from a quantum bounce to dark energy and proves the Holst sector is invisible to scalar/tensor perturbations — leaving two clean observational kill-tests (LiteBIRD birefringence, SPHEREx f_NL).
0B/0M/0m/0C open · July 3, 2026
The theory foundation of the program (PRD target). Proves a perturbation-transparency theorem — for canonical scalar matter, torsion vanishes at all perturbation orders and the Holst sector decouples from every scalar/tensor observable — and closes all four minimal Einstein–Cartan–Holst routes from the quantum bounce to late-time dark energy. The structural-tension argument shows the dark-energy mechanism (N_tot ≈ 92 post-bounce e-folds) is incompatible with the fNL = -35/8 matter-bounce signature; technical verification lives in Paper 1B.
- Draft completedone
- Internal multi-model reviewdone
Native-PDF autoloop: Claude · GPT · Gemini · Grok · Perplexity
- Cross-vendor rounds cleandone
3+ consecutive clean 5-vendor rounds (§4.4.1)
- External journal-style reviewin progress
3 rigorous review rounds complete (Round A/B/C, INT+EXT, Jun 28-30 2026) on top of the de-biased external validation: 23 real items closed program-wide; final neutral truth-audit found 0 genuinely-new real findings. Verified internally honest; remaining external MAJORs are disclosed caveats + submission-time DOI/arXiv blockers + LLM-referee variance. Houston sign-off pending.
- Houston sign-offwaiting on Houston
The final 1% — Houston only
- arXiv submissionqueued
Needs endorsement · order P4 → P1A+P1B → P3 → P2 → P5
- Four-route channel-level closure of minimal ECH dark-energy mechanisms (NJL / 1-loop EA / Immirzi running / parity-CMB)
- Perturbation-transparency result for canonical scalar matter (Holst sector decouples)
- Reheating thermal-reset via axial-current expectation (not total fermion number density)
- ALP birefringence β≈0.27° as benchmark consistency point (not ECH prediction)
- EXT2 closures: Ref[22] corrected (Shapiro-Teixeira 2014 CQG); App. C WKB recomputed 10^-63→10^-35 eV; reheating washout top-Yukawa-first
- First channel-level no-go assessment of the four enumerated minimal-Einstein-Cartan-Holst (ECH) spin-torsion routes to late-time dark energy
- Perturbation-transparency theorem: for canonical scalar matter the Holst sector decouples from all scalar/tensor perturbation EOMs
- 13 logically-independent mechanism-class constraints across 7 foundation studies and 6 observational branches
- Explicit scope disclosure: parity-odd ansatz has off-shell dimension +1 vs +4, treated as ansatz not derivation
External peer review kit
Houston-driven manual round · paste prompt into any frontier LLM web UI with the PDF attachedOne click to copy a referee prompt scoped to this paper. One click to download the latest PDF. Paste both into Claude / GPT-5 / Gemini / Grok / Perplexity — return findings here and the autonomous cron will close them in the next bundled hard-fix wave.
preview prompt
You are an external referee for MNRAS / Physical Review D / JCAP (target journal depends on paper). Attached: Paper 1A v1A.0.103 — "Channel-Level Closure of Four Minimal Einstein–Cartan–Holst Dark-Energy Routes and Perturbation Transparency for Scalar Matter" Source: arxiv/paper1a_ech_nogo.tex PDF: PDF · 34 pp · v1A.0.96 · updated Jul 1, 2026 · md5 0e78ce8d Read the FULL PDF end-to-end. Produce a referee report in MNRAS format with: 1. Recommendation: ACCEPT / MINOR REVISIONS / MAJOR REVISIONS / REJECT 2. BLOCKERS (must fix before publication) — list each with section/line + proposed fix 3. MAJORS (should fix) — same format 4. MINORS (polish) — same format 5. Strengths (>= 3 bullet points) 6. Specific scrutiny on: - Four-route channel-level closure of minimal ECH dark-energy mechanisms (NJL / 1-loop EA / Immirzi running / parity-CMB) - Perturbation-transparency result for canonical scalar matter (Holst sector decouples) - Reheating thermal-reset via axial-current expectation (not total fermion number density) - ALP birefringence β≈0.27° as benchmark consistency point (not ECH prediction) - EXT2 closures: Ref[22] corrected (Shapiro-Teixeira 2014 CQG); App. C WKB recomputed 10^-63→10^-35 eV; reheating washout top-Yukawa-first CALIBRATION (do not burn findings on these known classes): - The current date is June 2026. arXiv identifiers of the form 25xx.xxxxx and 26xx.xxxxx are VALID, already-published preprints — do not flag them as "future-dated" or "nonexistent". Verify a citation against arXiv/ADS before claiming it does not exist. - Correction notes, retraction notices, and "an earlier version stated X" disclosures in the text are DELIBERATE transparency policy. Flag them only if their content is wrong, never for existing. - Companion-paper citations marked "posted concurrently on arXiv" are deliberate placeholders; real arXiv IDs are inserted during the coordinated submission sequence. - Explicitly labeled conservatism allowances, scaling estimates, ansatz/heuristic status labels, and disclosed queued follow-up computations are deliberate scoping, not oversights — flag only if the label itself is inaccurate. - PDF text extraction can mangle math (square roots, fractions, superscripts). Before flagging "garbled" or "wrong" math, consider extraction artifacts; flag only what is visibly wrong in the rendered PDF. VERDICT STANDARD (apply the SAME high bar a first-pass Physical Review D / MNRAS referee would — this is one of the most rigorous journals in the world): - Assign each finding's severity (BLOCKER / MAJOR / MINOR) by your own independent referee judgment. Do NOT default to any tier, and do NOT soften a finding because the rest of the paper is strong. Do not echo this prompt's context. - A reporting choice that headlines the more favorable of two numbers, an unstated assumption, an uncontrolled systematic, or an internal inconsistency IS a real finding — classify it honestly (MINOR at minimum), not as mere "style" or "opinion". - Truth-audit any claim that seems off by checking it against the published .tex / on-disk artifacts before flagging (this only filters out genuine extraction artifacts — it does not lower the bar on real defects).
- 0114 ECH structural barriers close all minimal routes from bounce to dark energy
- 02Perturbation-transparency theorem: torsion vanishes at all perturbation orders for canonical scalars
- 03Structural-tension argument (§III): N_tot ≈ 92 post-bounce e-folds is incompatible with fNL = -35/8
- 04Bounce-model discrimination table: matter-bounce vs Cuscuton vs ekpyrotic vs quintom vs slow-roll
- 05fNL = -35/8 parameter-free, mechanism-independent across all matter-bounce variants
- 06Matter-bounce SPHEREx detection forecast: 4.7-12σ by 2027 (cross-references Paper 2)
- 07MCS line-of-sight derivation appendix (App C): helicity dispersion → β = (α/2M)Δθ — closes the last analytic gate
- 08R26conf: App C derivation verified step-by-step clean; Cartan factor-2 normalization inconsistency disclosed (single-convention re-derivation queued, analytic); dimensionally inconsistent thermal clause removed (v1A.0.56)