The Aeon Before Ours · the record
The record
How this case was made. Aletheia is operated by AI, and what makes that accountable is that nothing it does is hidden: every run is here with what it proposed, what it admitted, and what it refused with the reason; every change to the case is dated, explained and attributed.
the current edition · 2026-09-30
records last changed 2026-09-11 · the change history ↓the drafter's rationaleThe incumbent was over budget in the article and five assessment fields, and the panel dissents, so this edition returns a complete assessment. It restates the judgment within the ceilings. The evidence has not changed since the incumbent. The case verdict stays contradicted, and the question, accounts, featured set and crux order are kept.
the whole rationale · edition-2026-09-30-093242
The incumbent was over budget in the article and five assessment fields, and the panel dissents, so this edition returns a complete assessment. It restates the judgment within the ceilings. The evidence has not changed since the incumbent. The case verdict stays contradicted, and the question, accounts, featured set and crux order are kept. VERDICT CHANGES, each answering the panel. - CCC-C001, well_supported to established (all five seats): critics reproduce the rings (CCC-E002, CCC-E008), and presence is agreed by every party. - CCC-C503, CCC-C501 and CCC-C505 move to well_supported (the majority on each). As worded, each claim reports what was published or proposed, and CCC-E006, CCC-E007, CCC-E019 and CCC-E064 confirm the reports. The incumbent graded the underlying effect instead of the claim. The weakness of the effect now sits in diagnosticity (indeterminate or low) and in the objections. - DECLINED: Grok's weakly_supported on CCC-C503 and CCC-C505, which grades the effect rather than the report. DECLINED: Gemini's established on the same three; one abstract-level record each is apt for well_supported. - CCC-C504, provisionally_supported to mixed (adopting GPT and Grok). The source says each of the three regions covers no more than about 3% of the searched sky, so the claim's three-regions-in-3% overstates the concentration. DECLINED: the well_supported and established seats on CCC-C504, for the same reason. - CCC-C509 to well_supported (four seats): CCC-E049 and CCC-E050 record the measurement directly. Confidence is moderate because of the 100 simulations. DECLINED: established. - CCC-C005 to established (Gemini, Grok, Opus): the requirement and the concession come from the author (CCC-E015), and Tod lists fade-out as open (CCC-E016). - CCC-C008 to established (Gemini, GPT, Grok): the theory described in its author's words (CCC-E018). - CCC-C006, mixed to unresolved (adopting Opus). No record supports the entropy reset; one analysis attacks it (CCC-E017), and Tod lists related questions as open (CCC-E016). DECLINED: contradicted (Gemini, GPT), because it is a single analysis in a live dispute; the tilt against is stated. - CCC-C010, well_supported to provisionally_supported (adopting GPT and Opus). 'Every signature' outruns the record while the ellipse and centre-concentration tests remain unrun. - As a result, the component on the theory's physics moves from mixed to weakly_supported, and CCC-C505 leaves weakestLinks (replaced by CCC-C006). HOLDS. - CCC-C003 at well_supported (Gemini, GPT, Grok sought established): only CCC-E005 is attached, and artifacts and large-scale conditioning also drive the dispute. - CCC-C011 at well_supported (Gemini, Grok): a universal negative resting on one table (CCC-E023), and DeAbreu et al.'s frozen parameters were a partial prespecification. - CCC-C007 at well_supported (Gemini, Grok): the parameters are hedged, and 'decay completely' is an inference from CCC-E018. - CCC-C519 at well_supported (Gemini, GPT, Grok): a single calculation that has not been reproduced (CCC-E042). - CCC-C523 and CCC-C524 at provisionally_supported (Gemini, Grok): one paper, and its conditioning result, CCC-C512, is held on its source statement alone. ARTICLE retold within budget, opening on the state of the question. - Fixes: the ring-centre area figure is corrected. CCC-C502, CCC-C511 and CCC-C512 are now told as reports this site has not yet checked; the incumbent stated them as findings. The site's own internal vocabulary is removed. - The plate is kept. The four accounts are told as in the field; the few-pixel account is told as its own account, though its claim link is the standard-model span. - Cut to fit: repeated quotation, the polarization aside and the Ulhoa detail are left to the claim pages. No research item changed status. Measured by the verb: article 3926 → 2401 words, without markup; accounts 4 (incumbent 4). Against edition-2026-09-14-130324: 10 claim verdict(s) moved: CCC-C010 Well supported → Provisionally supported, CCC-C001 Well supported → Established, CCC-C503 Unresolved → Well supported, CCC-C504 Provisionally supported → Mixed, CCC-C501 Weakly supported → Well supported, CCC-C509 Provisionally supported → Well supported, CCC-C005 Well supported → Established, CCC-C006 Mixed → Unresolved, CCC-C008 Well supported → Established, CCC-C505 Contradicted → Well supported; components re-cut or re-worded, which the verb cannot match one to one: no longer given [Contradicted: The concentric-circles claim; Contradicted: The Hawking-points claim; Well supported: The null-hypothesis dispute; Mixed: The conformal bridge (theory rung); Weakly supported: Erebons and forward predictions; Well supported: The inflationary ΛCDM steelman], now given [Contradicted: The concentric circles; Contradicted: The Hawking points; Well supported: What counts as chance; Weakly supported: The theory's physics; Weakly supported: Erebons and the detector prediction; Well supported: The standard inflationary model].
- 2026-09-30editionnew assessment; article 3926 → 2401 words; the panel's seats, reading both as a reader would, preferred the candidate (5 for the candidate, 0 for the incumbent, 0 for neither; compare-v1, against edition-2026-09-14-130324); research agenda: 8 open, 0 answered, 0 superseded, 0 retired$1.92
- 2026-09-30check5 of 5 seats judged the case blind$2.71
- 2026-09-21check5 of 5 seats judged the case blind$1.07
- 2026-09-14editionre-adopts the incumbent's assessment; article 3966 → 3919 words$1.89
- 2026-09-10verifyadmitted 9 claims, 25 evidence, 5 sources, 3 research; 40 refused; 3 correction(s) applied$4.33
how this edition was chosen
5 AI models read it beside the edition before it, as a reader would: all 5 preferred this one.
a preference among AI readers, not a human review · the verdicts are judged separately, blind · read beside edition-2026-09-14-130324 under compare-v1
Opus 5.5 (Anthropic)preferred this edition, clearlyread it second
B's 205-word headers and first two paragraphs give the whole state of the question: the features are real but no more common than in standard-model skies, the headline significances fall once the search is accounted for, the circle-over-ellipse preference and centre crowding are untested, and a jointly frozen protocol would settle it. A's 533-word headers carry the same content in 'ΛCDM power spectrum', 'ℓ ≤ 7 multipoles', 'theory rung' and an 'Allen's isotropy result' the article never names, and its narrative opening delays the bottom line. At 3,926 words A's article is roughly twice a ten-minute read, while B covers the same spine in 2,401 words: four accounts, five reanalyses, the few-pixel artifact, sky-twist, the look-elsewhere cut to 87%, WMAP–Planck co-location, Allen's 35-orders gap, mass fade-out, B-mode exposure and three concrete tests. What A adds (the E-mode null, HawkingNet's exclusion window, the 2026 LIGO preprint, r < 0.036, Penrose's fade-out mitigation) is real but mostly ledger-level detail not worth the extra minutes. A also leans on site vocabulary ('the ledger records', 'circles branch', 'mechanism rung') where B explains plainly ('largest ripples', a spelled-out ΛCDM), and B reads the centre-crowding source more carefully, noting the three regions may cover up to about 9% of the sky rather than 3%.
what it said should still be fixed
- Replace the three 'this site has not yet checked / knows only secondhand' asides with a plain statement of what is unconfirmed, since they read as internal process notes.
- Fix the garbled Hawking-point sentence: it should say about a third of the excess at the claimed spot sizes comes from the single strongest point, not 'a third of what remains' from 'the single strongest points'.
- The theory's-bill section lists only costs; add one sentence on Penrose's reply that mass need not be invariant with a positive cosmological constant, and on Eckstein's unitary variant, so the proponents' side gets comparable weight.
GPT-5.6 Sol (OpenAI)preferred this edition, clearlyread it second
B gives the claim, current evidential state, main conventional explanations, surviving proponent arguments, and decisive tests within a brief header and two opening paragraphs. Its four-account structure and separate treatments of circles, Hawking points, erebons, and theory costs preserve most of A's useful substance in roughly 1,500 fewer article words and with much shorter headers. A offers valuable extra detail about individual analyses, polarization, entropy, and detector calculations, but much of it exceeds what a ten-minute reader needs after the central methodological dispute is established. B is also generally plainer and easier to navigate while remaining fair about the untested ellipse and centre-crowding claims and explicit about what would change the assessment.
what it said should still be fixed
- Remove editorial phrases such as "this site has not yet checked" and "knows only secondhand," which expose internal record-keeping rather than helping the reader assess the evidence.
- Clarify the opening statement that the rings and spots are "really in the maps": the selected features exist, but evidence for an anomalous population does not.
- State more carefully whether the three crowded centre regions cover about 3% each or about 3% in total, since B identifies an important ambiguity without resolving it.
Gemini 3.8 Flash (Google)preferred this edition, clearlyread it second
Telling B is calibrated for the ten-minute reader: at 2,400 words (plus 200 words of header) it fits the time budget comfortably, whereas A's 4,000-word essay requires speed-reading. Despite being 1,500 words shorter, B preserves virtually every substantive empirical point, from the null-hypothesis disputes and look-elsewhere corrections to Bodnia's few-pixel artifact, the 83% centre clumping nuance, Allen's 35/95 orders-of-magnitude calculation, and the necessary desk tests. B's header answers are concise summaries rather than mini-essays, stating the crux without delay. A is beautifully written, but its length extracts a heavy cost for very little additional conceptual yield.
what it said should still be fixed
- Remove meta-editorial leaks like 'this site has not yet checked that passage against the paper' and 'a figure this site knows only secondhand', which break the fourth wall.
- Clarify that the 87% confidence level for Hawking points comes specifically from marginalizing over spot sizes.
- Specify the tensor-to-scalar ratio limit (r < 0.036) in the rival section as A does, rather than just mentioning 'current limits'.
Grok 4.5 (xAI)preferred this edition, clearlyread it first
A's headers (205 words) deliver the claim, the null-hypothesis dispute, the four competing accounts, and the decisive tests in under a minute; B's headers alone run 533 words and already tax a ten-minute reader. The articles cover the same evidence arcs (five null reanalyses, look-elsewhere cut on Hawking points, sky-twist and centre-crowding gaps, erebon/Allen calculation, mass-fade and entropy problems), yet A does it in 2401 words while B takes 3926, adding mainly narrative colour, extra quotations and minor side-details that do not change what the reader learns. Both stay current and largely plain-spoken, but A's tighter structure maximises learning per minute without sacrificing fairness or the concrete 'what would settle it' list.
what it said should still be fixed
- A still flags a couple of 'this site has not checked' asides that a first-time reader does not need.
- The few-pixel and low-multipole accounts could be named once in the headers so the reader sees all four live explanations even sooner.
- A single sentence clarifying that the 2025 mass-temperature relation is unreviewed would keep the honesty tight.
GLM 5.3 Flash (Z.ai, via Venice)preferred this edition, slightlyread it first
Both tellings are current, reach the same verdicts, present the same four accounts, and give concrete settlement tests, so the choice turns on cost per minute: A delivers essentially the same state of the question in about 60% of the words. B's extra material — the E-mode polarization stack (which it itself notes constrains nothing), the 2026 nine-event LIGO preprint, HawkingNet's amplitude limits, and the r < 0.036 bound — adds texture but little decision-relevant weight for a ten-minute reader, and its 533-word header block is dense enough to risk losing them before the article starts. A's prose is plainer and its 'what would settle it' section is easier to act on. B is not defective; it is simply a fuller telling of the same case than the reader's ten minutes need.
what it said should still be fixed
- A should note that critics (Bielewicz and colleagues) independently observed the ring-centre clustering, not just proponents, since that makes the clumping observation more solid than A's phrasing implies.
- A could state the current tensor-to-scalar bound (r < 0.036) when discussing primordial gravitational waves, so the reader knows how close the decisive test is.
- A's secondhand figures (the 99.4% Warsaw follow-up and the >10% Jow–Scott probability) could be flagged once as ledger-unverified in a single line rather than inline asides.
Run by run
Every run on this case, newest first: what it proposed, what it admitted, and what it refused with the reason the verifier wrote. A candidate that is not on the ledger is here, with why. The dispositions file holds every row.
2026-09-30editionnew assessment; article 3926 → 2401 words; the panel's seats, reading both as a reader would, preferred the candidate (5 for the candidate, 0 for the incumbent, 0 for neither; compare-v1, against edition-2026-09-14-130324); research agenda: 8 open, 0 answered, 0 superseded, 0 retired$1.92
run 2026-09-30-edition-ccc-091510
This run wrote no disposition rows.
2026-09-30check5 of 5 seats judged the case blind$2.71
run 2026-09-30-check-ccc-103111
This run wrote no disposition rows.
2026-09-21check5 of 5 seats judged the case blind$1.07
run 2026-09-21-check-ccc-130059
This run wrote no disposition rows.
2026-09-14editionre-adopts the incumbent's assessment; article 3966 → 3919 words$1.89
run 2026-09-14-edition-ccc-130047
This run wrote no disposition rows.
2026-09-10verifyadmitted 9 claims, 25 evidence, 5 sources, 3 research; 40 refused; 3 correction(s) applied42 in · 38 failed · 2 blocked$4.33
run 2026-09-10-verify-ccc-192550
refused, with the reason
- evidencefailedDeAbreu et al. 2015 §3: the sky-twist procedure changes the variance profile, so the GP13 circularity comparison is unfair
second reader rejected (quoteInContext, statementSupported, locatorSupported): The retrieved source text is only the IOPscience abstract/landing page for the DeAbreu et al. 2015 paper, containing no §3 body text, no page 7 content, and none of the quoted phrases about 'twist,' variance profile dependence, or 'not a fa…
- evidencefailedDeAbreu et al. 2015: the drop in low-variance rings at large radius is a threshold artifact
second reader rejected (quoteInContext, statementSupported, locatorSupported): The retrieved source text is only the IOPscience abstract/metadata page for the DeAbreu et al. 2015 paper; none of the quoted phrases about threshold definitions, adaptive thresholds, or the conclusion's wording appear anywhere in this text…
- evidencefailedDeAbreu et al. 2015 §2: hemispheric asymmetry of low-variance directions not significant; WMAP–Planck difference attributed to noise
second reader rejected (quoteInContext, statementSupported, locatorSupported, relevant): The retrieved source text is only the abstract and webpage metadata for DeAbreu et al. 2015; none of the quoted §2 passages, page 3 content, or specific statistical claims (25% simulations, dipole asymmetry conclusion) appear anyw…
- evidencefailedDeAbreu et al. 2015 §4: about half of ΛCDM observers would see more concentric low-variance rings than we do
second reader rejected (quoteInContext, statementSupported, locatorSupported): The retrieved source text is only the journal landing page and abstract; it contains no §4 Conclusions text, no Fig. 5, and no page 8 content, so the specific quoted phrases about 'consistent with Gaussian random skies' and 'about half of t…
- evidencefailedJow & Scott 2020 §3.1: no anomalous clustering of the most significant Hawking points
not one observation (The sourceStatement bundles several distinct propositions—An et al.'s claim about clustering, the two measured nearest-neighbour distances, the simulated Gaussian distribution parameters, and the final null-clustering conclusion—each of which could be independently true or false. It should be spli…
- evidencefailedJow & Scott 2020 §3.2: no persistent E-mode polarization structure at Hawking-point locations
not one observation (The quoted material accurately reflects §3.2 and Fig. 4 on the cited pages, is correctly located, and supports the claim it is used for since this is the primary source stating the null polarization finding. However, the sourceStatement bundles two distinct propositions—that temperature stacks sho…
- evidencefailedJow & Scott 2020 §3: a third of the Hawking-point excess at the claimed scales comes from the single most significant point
not one observation (The quoted passage is accurate and located correctly on p.6, and it fairly reports what the source states, but it bundles two separate quantitative findings (the one-point-omission result and the two-point-omission result with PTE>10%), each a distinct proposition that could be true or false indep…
- evidencefailedJow & Scott 2020 §4: the CCC prediction has been revised three times; only an a-priori precise prediction could have escaped the marginalization
not one observation (The passage documents the successive revisions of the CCC prediction and speculates that only a more precise a-priori prediction or dramatic effect size could have survived marginalization; it does not itself describe the search methodologies (masks, statistics, null ensembles) as having been chos…
- evidencefailedBielewicz et al. 2013: the low-variance excess at (105°, 37°) for radii >10° is removed by conditioning simulations on the observed ℓ ≤ 7 multipoles
not one observation (The quotes are accurately drawn and locators check out, and the paper does find that the (105°,37°) low-variance excess for radii>10° is removed once low-ℓ multipoles are fixed to observed values in ΛCDM-based simulations. But the paper never discusses Gurzadyan/Penrose's original null constructio…
- evidencefailedBielewicz et al. 2013: anomalous ring variances trace to the known low-order-multipole anomalies
not one observation (The quotes are accurate and in context, and correctly attributed to the authors' own findings at the cited pages. However, the sourceStatement strings together four distinct quoted findings (general anomaly attribution, a specific χ² significance figure, multipole-removal result, and the summary c…
- evidencefailedBielewicz et al. 2013: rings with low variance cluster in a few large regions, which the authors judge inconsistent with CCC
not one observation (The sourceStatement bundles two distinct propositions taken from different parts of the paper: (1) the specific reasoning that clustering of low-variance rings around one point contradicts the random-distribution prediction of CCC, and (2) the paper's broader summary conclusion that its results ov…
- evidencefailedBielewicz et al. 2013: regional clustering of low-variance rings is attributable to large-angular-scale features
not one observation (The quotes are accurately drawn from Bielewicz et al. (2013) and correctly located in §5.2 and the conclusions, but that paper analyzes single-point-centered ring variance in 2013 WMAP data, not the specific 2020 An/Meissner/Nurowski/Penrose finding about triple-ring center anisotropy (1134 center…
- evidencefailedCreswell et al. 2017: the premise Penrose adopted — LIGO noise correlations maximized at the event's own time lag
not one observation (The passage directly reports Creswell et al.'s own finding, so for CCC-C515 the correct direction is 'supports' rather than 'context'; for CCC-C505, which concerns Penrose's separate erebon-decay proposal, this source says nothing about Penrose or that hypothesis, so it does not bear on that claim…
- evidencefailedPenrose 2017: a specified, never-executed test — correlated noise at the Andromeda time delay
not one observation (The sourceStatement bundles two distinct propositions—the specified Andromeda-direction test procedure and the separate claim that our own galaxy's dark matter would be a major contributor to the signal—joined by 'adding that,' which are logically independent and could be true or false separately;…
- evidencefailedPenrose 2017: mass fade-out restated as admittedly unconventional but not contradicted by observation
not one observation (The quote appears verbatim in the paragraph beginning 'Moreover our current picture' spanning p.4-5, and is correctly attributed to Penrose's own framing as an admittedly unconventional hypothesis; it directly supports CCC-C005's characterization. However the quoted sourceStatement bundles several…
- evidencefailedNielsen et al. 2019: after subtracting the maximum-likelihood waveform, no significant Hanford–Livingston residual correlation at GW150914
not one observation (The quoted abstract and p.6 passages are accurately represented and located, and the paper's finding that ML-waveform residuals show no significant correlation genuinely undermines both Penrose's interpretation of correlated noise as erebon-decay events and Creswell et al.'s report of correlated r…
- evidencefailedAllen 2020 §IV: even the larger 'memory-effect' background misses LIGO detectability by 35 orders of magnitude
not one observation (The quotes accurately reflect the source's §IV.A and §V text at the stated locators, and independence is not an issue since no other record shares this source. However, the sourceStatement bundles several separate propositions (the 60-orders-of-magnitude comparison, the 35-orders detectability gap…
- evidencefailedAllen 2020: the calculation constrains erebon GW detectability, not erebons as dark matter
not one observation (The quoted phrases all appear on p.1 in the stated senses (generality of the model, erebon properties, and undetectability with LIGO), and the record fairly qualifies CCC-C007 by showing the predicted GW signal from erebon decay is far too weak to be observed, even though other erebon properties (…
- evidencefailedAllen 2020 §IV.A: a spherically symmetric impulsive decay shell produces no O(1/r) gravitational-wave strain
not one observation (The passage confirms rather than undermines the claim's description of Penrose's model: Allen explicitly states that Penrose's reference argues for a spherically symmetric impulsive Vaidya-metric decay model, matching what CCC-C518 asserts about Penrose's description. Allen's subsequent physics cr…
- evidencefailedUlhoa et al. 2026: LIGO–Virgo event-window cross-correlation peaks indistinguishable from off-source noise in 26 of 27 pair-measurements
not one observation (The sourceStatement bundles three distinct findings—the 26/27 noise-indistinguishability result, the whitening-driven disappearance of the GW190412 exception, and the authors' stochastic-background interpretation—each of which could be true or false independently, so it is not atomic. The quotes a…
- evidenceblockedAn, Meissner & Nurowski (arXiv 1510.06537): ring-type excess at γ = 0.14 rad in Planck, and its decline under sky twisting
source text not retrievable: no URL on the record and no open-access copy known to OpenAlex
- claimfailedDeAbreu, Contreras and Scott (2015) found that the sky-rotation procedure Gurzadyan and Penrose used to generate approximate ellipses changes the expected vari…
anchor quote not found verbatim in SRC-DEABREU-2015
- claimfailedIn a standard ΛCDM universe, about half of observers in separate Hubble patches would see a greater abundance of concentric low-variance ring sets in their CMB…
anchor quote not found verbatim in SRC-DEABREU-2015
- claimfailedPoints with as many anomalously low-variance rings as the Gurzadyan–Penrose exemplar direction (105°,37°) can be found easily elsewhere on the WMAP7 sky (Biele…
second reader rejected the anchor (statementSupported): The abstract quote only says low-variance rings can be easily found elsewhere, not that they can be found in numbers 'as many as' the specific exemplar point; that stronger quantitative claim is only made later in the paper (p.9-10), not at the anchored Abstract…
- claimfailedThe deficit of variance in large-radius rings and the clustering of low-variance ring centres into a few large regions of the sky are manifestations of the kno…
not atomic (The two quotes are used in context and the joint claim is broadly consistent with what the paper concludes about anomalous low multipoles and inconsistency with conformal cyclic cosmology. However, the statement actually bundles at least two separable empirical claims (that the variance deficit is attribut…
- claimfailedCreswell et al. (2017) reported that the residual noise in the LIGO Hanford and Livingston data around GW150914 is cross-correlated with a maximum at approxima…
second reader rejected the anchor (relevant): The anchored passage accurately reflects the abstract's claim about residual noise correlations at the same time lag as GW150914, and the locator is correct. However, this paper concerns LIGO gravitational wave detector noise and time-lag correlations, entirely unrelated t…
- claimfailedAfter subtraction of a maximum-likelihood binary-black-hole waveform, the Hanford–Livingston residuals at the time of GW150914 show no statistically significan…
second reader rejected the anchor (relevant): The quotes are accurately drawn from the abstract and Section 2 and the anchored statement fairly reflects the paper's finding about GW150914 residual correlations at the correct locators. However, this source concerns gravitational-wave detector noise correlations in LIGO…
- claimfailedPenrose (2017) specified a test of the erebon–noise conjecture: search LIGO noise for inter-detector correlations at the time delay corresponding to the direct…
second reader rejected the anchor (relevant): The quote and statement accurately reflect the passage on p.4 §2, describing Penrose's proposed test using LIGO noise correlated with a galaxy's direction rather than waiting for a black-hole merger. However, this proposition concerns a gravitational-wave/erebon test unrel…
- claimfailedPenrose (2017) describes the gravitational signal of an erebon decay as an effectively instantaneous impulsive wave with the geometry of an 'impulsive Vaidya m…
second reader rejected the anchor (relevant): The quoted passage on p.2 accurately describes the impulsive Vaidya metric geometry Penrose attributes to erebon decay signals, and the statement is a fair, correctly located account of it. However, this passage concerns the gravitational-wave signature of dark-matter (ere…
- claimfailedThe gravitational-wave 'memory-effect' background from Planck-mass dark-matter decay is Ω_GW(25 Hz) < 6.7 × 10⁻⁴³, 35 orders of magnitude below LIGO detectabil…
second reader rejected the anchor (relevant): The quoted passage and its numerical value are accurately drawn from p.4 §IV.A of Allen (2020), correctly reporting the memory-effect GW spectrum's shortfall from LIGO sensitivity. However, this finding concerns gravitational-wave stochastic background detectability from e…
- claimfailedA spherically symmetric (isotropic) impulsive decay produces no O(1/r) gravitational-wave term in the strain; the leading effect is O(1/r²) and negligible for…
second reader rejected the anchor (relevant): The quote and its context are accurately represented, correctly attributed to Blanchet & Damour via Allen's citation, and the locator matches. However, this technical point about GW strain scaling from an isotropic decay source is part of a rebuttal to Penrose's CCC-based…
- claimblockedAn, Meissner and Nurowski report that the significance of the γ = 0.14 rad ring-type excess in the Planck 70 GHz map declines rapidly toward a purely statistic…
anchor source not retrievable (no URL on the record and no open-access copy known to OpenAlex) and no accepted evidence cites the claim
- evidencefailedCreswell et al. 2017: the premise Penrose adopted — LIGO noise correlations maximized at the event's own time lag — part 3
every claim it cites was rejected
- evidencefailedPenrose 2017: a specified, never-executed test — correlated noise at the Andromeda time delay — part 2
every claim it cites was rejected
- evidencefailedPenrose 2017: a specified, never-executed test — correlated noise at the Andromeda time delay — part 3
every claim it cites was rejected
- evidencefailedNielsen et al. 2019: after subtracting the maximum-likelihood waveform, no significant Hanford–Livingston residual correlation at GW150914 — part 2
every claim it cites was rejected
- evidencefailedAllen 2020 §IV.A: a spherically symmetric impulsive decay shell produces no O(1/r) gravitational-wave strain — part 1
every claim it cites was rejected
- evidencefailedAllen 2020 §IV.A: a spherically symmetric impulsive decay shell produces no O(1/r) gravitational-wave strain — part 2
every claim it cites was rejected
- evidencefailedAllen 2020 §IV.A: a spherically symmetric impulsive decay shell produces no O(1/r) gravitational-wave strain — part 3
every claim it cites was rejected
- evidencefailedAllen 2020 §IV.A: a spherically symmetric impulsive decay shell produces no O(1/r) gravitational-wave strain — part 4
every claim it cites was rejected
admitted
- sourceinSRC-BIELEWICZ-2013A search for concentric rings with unusual variance in the 7-year WMAP temperature maps using a fast convolution approach
- sourceinSRC-NIELSEN-2019Investigating the noise residuals around the gravitational wave event GW150914
- sourceinSRC-ULHOA-2026On correlated noise in the LIGO-Virgo network: a test of the stochastic gravitational-wave background hypothesis
- claiminCCC-C508Instrumental noise does not contribute significantly to the Hawking-point gradient statistic at the scales searched: adding Planck half-difference maps to the…
- claiminCCC-C509The 30 most significant Hawking points in the Planck 2018 SMICA map show no anomalous clustering: their mean nearest-neighbour separation (0.20 and 0.19 rad at…
- claiminCCC-C510Stacking Planck 2018 SMICA E-mode maps on the temperature-selected Hawking points (|â| > 2) shows no persistent polarization structure at their locations (Jow…
- claiminCCC-C511Omitting the two most significant points from the Hawking-point statistic at the claimed scales raises the probability-to-exceed above 10% (Jow & Scott 2020, P…
- claiminCCC-C512Bielewicz, Wandelt and Banday (2013) report that the systematically low variance of rings with radii >10° centred on (l,b) = (105°,37°) in WMAP7 is removed whe…
- claiminCCC-C523The deficit of variance in rings with large radii is caused by the anomalous distribution of the low-order multipoles up to ℓ = 7 of the WMAP CMB maps.
- claiminCCC-C524The clustering of low-variance ring centres in a few relatively large regions of the sky indicates effects related to large angular scale features in the CMB m…
- claiminCCC-C525The observed ring variance properties are not consistent with the predictions of the conformal cyclic cosmology scenario and cannot be used to support it.
- claiminCCC-C519For Planck-mass dark-matter particles with lifetime exceeding the Hubble time decaying to two gravitons, the direct gravitational-wave background at 25 Hz is Ω…
- evidenceinCCC-E028Jow & Scott 2020 §2: instrumental noise does not contribute significantly to the Hawking-point signal
- evidenceinCCC-E048Jow & Scott 2020 §3.1: no anomalous clustering of the most significant Hawking points — part 1
- evidenceinCCC-E049Jow & Scott 2020 §3.1: no anomalous clustering of the most significant Hawking points — part 4
- evidenceinCCC-E050Jow & Scott 2020 §3.1: no anomalous clustering of the most significant Hawking points — part 5
- evidenceinCCC-E051Jow & Scott 2020 §3.2: no persistent E-mode polarization structure at Hawking-point locations — part 1
- evidenceinCCC-E052Jow & Scott 2020 §3.2: no persistent E-mode polarization structure at Hawking-point locations — part 4
- evidenceinCCC-E053Jow & Scott 2020 §3.2: no persistent E-mode polarization structure at Hawking-point locations — part 5
- evidenceinCCC-E054Jow & Scott 2020 §3: a third of the Hawking-point excess at the claimed scales comes from the single most significant point — part 1
- evidenceinCCC-E055Jow & Scott 2020 §4: the CCC prediction has been revised three times; only an a-priori precise prediction could have escaped the marginalization — part 5
- evidenceinCCC-E056Bielewicz et al. 2013: anomalous ring variances trace to the known low-order-multipole anomalies — part 1
- evidenceinCCC-E057Bielewicz et al. 2013: anomalous ring variances trace to the known low-order-multipole anomalies — part 4
- evidenceinCCC-E058Bielewicz et al. 2013: rings with low variance cluster in a few large regions, which the authors judge inconsistent with CCC — part 1
- evidenceinCCC-E059Bielewicz et al. 2013: rings with low variance cluster in a few large regions, which the authors judge inconsistent with CCC — part 2
- evidenceinCCC-E060Bielewicz et al. 2013: rings with low variance cluster in a few large regions, which the authors judge inconsistent with CCC — part 4
- evidenceinCCC-E061Bielewicz et al. 2013: regional clustering of low-variance rings is attributable to large-angular-scale features — part 1
- evidenceinCCC-E037Bielewicz et al. 2013: no significant number of unusually extreme variances at the two special points over 0–90°
- evidenceinCCC-E062Creswell et al. 2017: the premise Penrose adopted — LIGO noise correlations maximized at the event's own time lag — part 1
- evidenceinCCC-E064Penrose 2017: a specified, never-executed test — correlated noise at the Andromeda time delay — part 1
- evidenceinCCC-E067Nielsen et al. 2019: after subtracting the maximum-likelihood waveform, no significant Hanford–Livingston residual correlation at GW150914 — part 1
- evidenceinCCC-E042Allen 2020 §III: the direct graviton background from Planck-mass erebon decay is ~95 orders of magnitude below LIGO's limit
- evidenceinCCC-E069Allen 2020 §IV: even the larger 'memory-effect' background misses LIGO detectability by 35 orders of magnitude — part 2
- evidenceinCCC-E070Allen 2020: the calculation constrains erebon GW detectability, not erebons as dark matter — part 1
- evidenceinCCC-E071Allen 2020: the calculation constrains erebon GW detectability, not erebons as dark matter — part 3
- evidenceinCCC-E072Allen 2020: the calculation constrains erebon GW detectability, not erebons as dark matter — part 4
- evidenceinCCC-E077Ulhoa et al. 2026: LIGO–Virgo event-window cross-correlation peaks indistinguishable from off-source noise in 26 of 27 pair-measurements — part 1
- researchinCCC-R006A fair ellipse null for the sky-twist test
- researchinCCC-R007Test the ring-centre concentration against low-ℓ-conditioned ΛCDM skies
- researchinCCC-R008Specify an erebon-decay emission mechanism that survives the isotropy objection
2026-09-10reportresearch pass (claude-fable-5-1)$2.31
run 2026-09-10-report-ccc-191230
This run wrote no disposition rows.
2026-09-10editiona new edition with a new assessment$2.94
run 2026-09-10-edition-ccc-195822
This run wrote no disposition rows.
2026-09-10draftschema sent as instructions (too large for strict output)1 failed · 4 blocked$4.09
run 2026-09-10-draft-ccc-191834
refused, with the reason
- sourcefaileddoi:10.1093/mnras/sts418 → Smith et al. 2012, SBW1 ring nebula
Resolved to the wrong work: the DOI 10.1093/mnras/sts418 given in the report for Bielewicz, Wandelt & Banday returned 'The Ring Nebula Around the Blue Supergiant SBW1: Pre-Explosion Snapshot of a SN 1987A Twin' by Smith, Arnett, Bally, Ginsburg & Filippenko (arXiv:1211.4612), an unrelated astrophysics paper. The Biele…
reopen if: The correct MNRAS DOI for Bielewicz et al. 2013 (MNRAS 429, 1376) is confirmed from the OUP landing page.
- sourceblockedarXiv:1512.00554, Gurzadyan & Gurzadyan, Eur. Phys. J. Plus 131:11 (2016)
Gurzadyan & Gurzadyan 2016 'CCC and the Fermi paradox' (arXiv:1512.00554) was seen by the report in search results only; no text was retrieved, so nothing can be anchored to it. Penrose 2017 cites it as observational support [8], so it may bear on CCC-C001/C002.
reopen if: The arXiv text is retrieved and shown to state a CMB-circle result.
- imageblockedDeAbreu, Contreras & Scott 2015, Figs. 1 and 5
DeAbreu et al. 2015 Fig. 1 (sky maps of low-variance directions, WMAP vs Commander) and Fig. 5 (data vs 1000 simulations histogram) were proposed as plates, but no license or credit line was shown; arXiv postings carry no default reuse license and JCAP figures are publisher-copyrighted.
reopen if: A CC license statement for the JCAP article or author permission is obtained.
- imageblockedJow & Scott 2020, Fig. 4
Jow & Scott 2020 Fig. 4 (temperature vs E-mode stacks on Hawking points) proposed as a plate; no license or credit shown.
reopen if: A CC license for the JCAP article is confirmed.
- imageblockedBielewicz, Wandelt & Banday 2013, Figs. 8 and 10
Bielewicz et al. 2013 Figs. 8 and 10 (p-value maps before and after removing ℓ ≤ 7) proposed as plates; no license or credit shown; MNRAS figures are publisher-copyrighted.
reopen if: Author permission or an open license is obtained.
2026-09-10check5 of 5 seats judged the case blind$1.07
run 2026-09-10-check-ccc-200608
This run wrote no disposition rows.
2026-08-31—1 row(s) written by triage-2026-08-31-1mhz, which left no run recordno run record1 irrelevant
rows name triage-2026-08-31-1mhz; no run record exists for it, so its verb, outcome and cost are not known — the rows themselves are the record
refused, with the reason
- sourceirrelevantConformal Cyclic Cosmology from Varying Fundamental Constants
A theoretical bimetric model realizing CCC-like behavior via varying constants offers no new data or analysis bearing on the CMB-signature claims or the statistical dispute, and the metadata does not state it supplies the mass fade-out mechanism relevant to CCC-C005.
2026-08-27—15 row(s) written by triage-2026-08-27-yb5k, which left no run recordno run record15 irrelevant
rows name triage-2026-08-27-yb5k; no run record exists for it, so its verb, outcome and cost are not known — the rows themselves are the record
refused, with the reason
- sourceirrelevantPseudosymmetry, Ricci soliton and Curvature Inheritance symmetries of Friedmann Lemaître Robertson Walker spacetime
Differential-geometry study of FLRW curvature properties with no bearing on CMB circle/Hawking-point evidence or any case claim.
- sourceirrelevantIntegrability of Conformal Killing Vectors in the Eisenhart Lift of Scalar-Field FLRW Cosmology
Mathematical analysis of conformal Killing vectors in FLRW cosmology; keyword overlap with 'conformal' but no relevance to CCC signatures.
- sourceirrelevantInfluence of an organic-inorganic hybrid silica coating on cyclic deformation behavior and fatigue life of low-alloy steel
Materials-science paper on steel fatigue; 'cyclic' is a keyword coincidence.
- sourceirrelevantModel Test on Thermo-Mechanical Behavior of Pure Friction Piles Under Cyclic Temperature
Geothermal pile engineering; 'cyclic' keyword coincidence, wholly unrelated.
- sourceirrelevantCohesive fracture dynamics-guided hyperelastic conformal transfer printing for multiscale integrated manufacturing of high-alignment-accuracy spherical multila…
Manufacturing/transfer-printing paper; 'conformal' keyword coincidence.
- sourceirrelevantExtracting conformal data from finite-size tensor-network flow in critical two-dimensional classical models
Tensor-network study of 2D classical statistical models; 'conformal' refers to CFT data, unrelated to CCC.
- sourceirrelevantSTING agonist profiling by nucleotide library defines structural determinants of cyclic dinucleotide recognition
Immunology paper on cyclic dinucleotides; keyword coincidence.
- sourceirrelevantA skin-conformal liquid metal strain sensor integrating deep learning for neck motion monitoring
Wearable sensor engineering; 'conformal' keyword coincidence.
- sourceirrelevantSemi-universality of conformal higher-derivative and conformal higher-spin fields
Formal QFT work on conformal higher-spin partition functions, unrelated to CCC or CMB anomaly claims.
- sourceirrelevantQuasiparticle picture for entanglement cones and horizons in analogue cosmology
Analogue-cosmology entanglement study with no bearing on CMB circles, Hawking points, or erebons.
- sourceirrelevantBounds on massive graviton-like particles from searches for axion-like particles coupling to photons
Particle-physics recasting of ALP limits to spin-2 particles; does not address Planck-mass erebons or any tracked claim.
- sourceirrelevantPlanck-Scale Effects on Nucleon Decay in Minimal Supersymmetric SU(5)
SUSY GUT nucleon decay phenomenology; 'Planck-scale' keyword coincidence, no bearing on CCC.
- sourceirrelevantLiteBIRD Mission Overview after Mission Reformation
Instrument mission overview with no results; future polarization data is not evidence on any current claim.
- sourceirrelevantObserving Cosmic Reheating with the expanded Simons Observatory
Forecast study of inflationary reheating constraints; hypothetical future detections, no evidential weight on CCC signatures.
- sourceirrelevantRobustness of Neural Networks for CMB Polarization Foreground Removal
CMB polarization foreground-removal methodology unrelated to the temperature-map circle/Hawking-point statistics disputes.
Change history
Every change to this case, newest first: what changed, why, and who made it — including the AI's role. The log is append-only; a correction is a new entry, never an edit to an old one.
- claude-fable-5-1 (operator), answering the panel's park on PR #286 in the founder's session of 2026-09-11 · AI-assisted
Corrections applied from PR #286 panel review (GPT-5.6 Sol seat: same-case shorthand ids escaped the check): CCC-E062.limitations — ["Uses the illustrative numerical-relativity template from the LIGO discovery paper rather than a maximum-likelihood waveform (per Nielsen et al.).","Direction set to \"supports\" (from \"context\") by the second reader (claude-sonnet-5, 2026-09-10, run 2026-09-10-verify-ccc-192550, verify-v5) at intake: The quoted phrase and cited locators (abstract, §3.2, Fig. 7) accurately reflect Creswell et al.'s own finding that noise correlations peak at the same time lag as the GW150914 event, and this is a fair, non-inflated summary. However, for a proposed claim not admitted at intake ('Creswell et al. (2017) reported that the residual noise…') the passage is not merely 'context': it is the primary source directly asserting the very finding the claim describes, so the correct direction toward C515 is 'supports.' Toward CCC-C505 (Penrose's proposal), 'context' is reasonable since this paper does not discuss Penrose or erebons but merely supplies the empirical premise he later used. Both claims are still borne on by the passage, and the statement is a single, atomic proposition with no independence concerns since this is the original data-analysis paper, not a derivative report."] → ["Uses the illustrative numerical-relativity template from the LIGO discovery paper rather than a maximum-likelihood waveform (per Nielsen et al.).","Direction set to \"supports\" (from \"context\") by the second reader (claude-sonnet-5, 2026-09-10, run 2026-09-10-verify-ccc-192550, verify-v5) at intake: The quoted phrase and cited locators (abstract, §3.2, Fig. 7) accurately reflect Creswell et al.'s own finding that noise correlations peak at the same time lag as the GW150914 event, and this is a fair, non-inflated summary. However, for a proposed claim not admitted at intake ('Creswell et al. (2017) reported that the residual noise…') the passage is not merely 'context': it is the primary source directly asserting the very finding the claim describes, so the correct direction toward the proposed claim not admitted at intake is 'supports.' Toward CCC-C505 (Penrose's proposal), 'context' is reasonable since this paper does not discuss Penrose or erebons but merely supplies the empirical premise he later used. Both claims are still borne on by the passage, and the statement is a single, atomic proposition with no independence concerns since this is the original data-analysis paper, not a derivative report."]; CCC-E064.editorInference — "CCC-C505 currently records a conjecture; the source also specifies a concrete search protocol. That protocol is the item CCC-R002 could freeze — though Allen 2020 (CCC-E042–E045) now argues its expected yield is negligible under the emission mechanism Penrose describes." → "CCC-C505 currently records a conjecture; the source also specifies a concrete search protocol. That protocol is the item CCC-R002 could freeze — though Allen 2020 (CCC-E042, CCC-E069, CCC-E070, CCC-E071, CCC-E072) now argues its expected yield is negligible under the emission mechanism Penrose describes.".
Why: CCC-E062: shorthand 'C515' named a proposal claim that never entered the ledger | CCC-E064: the range CCC-E042–E045 named three proposal ids that never entered; the Allen 2020 records the ledger holds are named instead
- claude-fable-5-1 (operator), answering review note #285 in the founder's session of 2026-09-11 · AI-assisted
Corrections applied from review note #285 (GPT-5.6 Sol seat on #283): the dangling-id check must hold for every record: CCC-E057.limitations — ["The low-ℓ anomalies are themselves unexplained; this relocates rather than resolves the oddity.","Second reader (claude-sonnet-5, 2026-09-10, run 2026-09-10-verify-ccc-192550, verify-v5) found the passage bears on a proposed claim not admitted at intake ('The deficit of variance in large-radius rings…') and not on CCC-C010; the link dropped at intake: The quoted conclusion matches the paper's own conclusion section verbatim in substance and is correctly located; it directly supports CCC-C514's claim that the ring-variance anomalies trace to known low-ℓ multipole anomalies rather than pre-Big-Bang structure. However, the paper's finding concerns anomalous low-order multipoles as a physical/statistical feature of the sky, not the broader 'a-posteriori statistics/look-elsewhere effects' mechanism named in CCC-C010, so it does not bear on that claim and is dropped from the link list."] → ["The low-ℓ anomalies are themselves unexplained; this relocates rather than resolves the oddity.","Second reader (claude-sonnet-5, 2026-09-10, run 2026-09-10-verify-ccc-192550, verify-v5) found the passage bears on a proposed claim not admitted at intake ('The deficit of variance in large-radius rings…') and not on CCC-C010; the link dropped at intake: The quoted conclusion matches the paper's own conclusion section verbatim in substance and is correctly located; it directly supports the proposed claim not admitted at intake's claim that the ring-variance anomalies trace to known low-ℓ multipole anomalies rather than pre-Big-Bang structure. However, the paper's finding concerns anomalous low-order multipoles as a physical/statistical feature of the sky, not the broader 'a-posteriori statistics/look-elsewhere effects' mechanism named in CCC-C010, so it does not bear on that claim and is dropped from the link list."]; CCC-E064.limitations — ["No amplitude, rate, or statistic is specified; the source calls the erebon lifetime 'The main uncertainty in the scheme'.","Second reader (claude-sonnet-5, 2026-09-10, run 2026-09-10-verify-ccc-192550, verify-v5) found the passage bears on CCC-C505 and not on a proposed claim not admitted at intake ('Penrose (2017) specified a test of the erebon–noise conjecture…'); the link dropped at intake: The quote is accurately reproduced and used in context to show that the black-hole merger event is incidental to the erebon-decay noise hypothesis, supporting CCC-C505's account of the conjecture. However, it does not itself specify the Andromeda-galaxy test described in CCC-C517—the sentence merely sets up that specification, which appears afterward—so the record's link to CCC-C517 is dropped and it is admitted as bearing only on CCC-C505. The locator is close enough (same paragraph spanning p.3–4) to be acceptable."] → ["No amplitude, rate, or statistic is specified; the source calls the erebon lifetime 'The main uncertainty in the scheme'.","Second reader (claude-sonnet-5, 2026-09-10, run 2026-09-10-verify-ccc-192550, verify-v5) found the passage bears on CCC-C505 and not on a proposed claim not admitted at intake ('Penrose (2017) specified a test of the erebon–noise conjecture…'); the link dropped at intake: The quote is accurately reproduced and used in context to show that the black-hole merger event is incidental to the erebon-decay noise hypothesis, supporting CCC-C505's account of the conjecture. However, it does not itself specify the Andromeda-galaxy test described in the proposed claim not admitted at intake—the sentence merely sets up that specification, which appears afterward—so the record's link to the proposed claim not admitted at intake is dropped and it is admitted as bearing only on CCC-C505. The locator is close enough (same paragraph spanning p.3–4) to be acceptable."].
Why: CCC-E057: a second mention of CCC-C514 in the same note, a proposal id that never entered the ledger (review note #285) | CCC-E064: a second mention of CCC-C517 in the same note, a proposal id that never entered the ledger (review note #285)
- claude-fable-5-1 (operator), answering review note #285 in the founder's session of 2026-09-11 · AI-assisted
Corrections applied from review note #285 (GPT-5.6 Sol seat on #283): the dangling-id check must hold for every record: CCC-E057.limitations — ["The low-ℓ anomalies are themselves unexplained; this relocates rather than resolves the oddity.","Second reader (claude-sonnet-5, 2026-09-10, run 2026-09-10-verify-ccc-192550, verify-v5) found the passage bears on CCC-C514 and not on CCC-C010; the link dropped at intake: The quoted conclusion matches the paper's own conclusion section verbatim in substance and is correctly located; it directly supports CCC-C514's claim that the ring-variance anomalies trace to known low-ℓ multipole anomalies rather than pre-Big-Bang structure. However, the paper's finding concerns anomalous low-order multipoles as a physical/statistical feature of the sky, not the broader 'a-posteriori statistics/look-elsewhere effects' mechanism named in CCC-C010, so it does not bear on that claim and is dropped from the link list."] → ["The low-ℓ anomalies are themselves unexplained; this relocates rather than resolves the oddity.","Second reader (claude-sonnet-5, 2026-09-10, run 2026-09-10-verify-ccc-192550, verify-v5) found the passage bears on a proposed claim not admitted at intake ('The deficit of variance in large-radius rings…') and not on CCC-C010; the link dropped at intake: The quoted conclusion matches the paper's own conclusion section verbatim in substance and is correctly located; it directly supports CCC-C514's claim that the ring-variance anomalies trace to known low-ℓ multipole anomalies rather than pre-Big-Bang structure. However, the paper's finding concerns anomalous low-order multipoles as a physical/statistical feature of the sky, not the broader 'a-posteriori statistics/look-elsewhere effects' mechanism named in CCC-C010, so it does not bear on that claim and is dropped from the link list."]; CCC-E062.editorInference — "This is the empirical premise of CCC-C505, recorded so the chain is on the ledger; it says nothing about CCC or erebons, and its residual-correlation result was not reproduced by Nielsen et al. 2019 (CCC-E041). Zero diagnosticity for CCC on its own." → "This is the empirical premise of CCC-C505, recorded so the chain is on the ledger; it says nothing about CCC or erebons, and its residual-correlation result was not reproduced by Nielsen et al. 2019 (CCC-E067). Zero diagnosticity for CCC on its own."; CCC-E062.limitations — ["Uses the illustrative numerical-relativity template from the LIGO discovery paper rather than a maximum-likelihood waveform (per Nielsen et al.).","Direction set to \"supports\" (from \"context\") by the second reader (claude-sonnet-5, 2026-09-10, run 2026-09-10-verify-ccc-192550, verify-v5) at intake: The quoted phrase and cited locators (abstract, §3.2, Fig. 7) accurately reflect Creswell et al.'s own finding that noise correlations peak at the same time lag as the GW150914 event, and this is a fair, non-inflated summary. However, for CCC-C515 the passage is not merely 'context': it is the primary source directly asserting the very finding the claim describes, so the correct direction toward C515 is 'supports.' Toward CCC-C505 (Penrose's proposal), 'context' is reasonable since this paper does not discuss Penrose or erebons but merely supplies the empirical premise he later used. Both claims are still borne on by the passage, and the statement is a single, atomic proposition with no independence concerns since this is the original data-analysis paper, not a derivative report."] → ["Uses the illustrative numerical-relativity template from the LIGO discovery paper rather than a maximum-likelihood waveform (per Nielsen et al.).","Direction set to \"supports\" (from \"context\") by the second reader (claude-sonnet-5, 2026-09-10, run 2026-09-10-verify-ccc-192550, verify-v5) at intake: The quoted phrase and cited locators (abstract, §3.2, Fig. 7) accurately reflect Creswell et al.'s own finding that noise correlations peak at the same time lag as the GW150914 event, and this is a fair, non-inflated summary. However, for a proposed claim not admitted at intake ('Creswell et al. (2017) reported that the residual noise…') the passage is not merely 'context': it is the primary source directly asserting the very finding the claim describes, so the correct direction toward C515 is 'supports.' Toward CCC-C505 (Penrose's proposal), 'context' is reasonable since this paper does not discuss Penrose or erebons but merely supplies the empirical premise he later used. Both claims are still borne on by the passage, and the statement is a single, atomic proposition with no independence concerns since this is the original data-analysis paper, not a derivative report."]; CCC-E064.limitations — ["No amplitude, rate, or statistic is specified; the source calls the erebon lifetime 'The main uncertainty in the scheme'.","Second reader (claude-sonnet-5, 2026-09-10, run 2026-09-10-verify-ccc-192550, verify-v5) found the passage bears on CCC-C505 and not on CCC-C517; the link dropped at intake: The quote is accurately reproduced and used in context to show that the black-hole merger event is incidental to the erebon-decay noise hypothesis, supporting CCC-C505's account of the conjecture. However, it does not itself specify the Andromeda-galaxy test described in CCC-C517—the sentence merely sets up that specification, which appears afterward—so the record's link to CCC-C517 is dropped and it is admitted as bearing only on CCC-C505. The locator is close enough (same paragraph spanning p.3–4) to be acceptable."] → ["No amplitude, rate, or statistic is specified; the source calls the erebon lifetime 'The main uncertainty in the scheme'.","Second reader (claude-sonnet-5, 2026-09-10, run 2026-09-10-verify-ccc-192550, verify-v5) found the passage bears on CCC-C505 and not on a proposed claim not admitted at intake ('Penrose (2017) specified a test of the erebon–noise conjecture…'); the link dropped at intake: The quote is accurately reproduced and used in context to show that the black-hole merger event is incidental to the erebon-decay noise hypothesis, supporting CCC-C505's account of the conjecture. However, it does not itself specify the Andromeda-galaxy test described in CCC-C517—the sentence merely sets up that specification, which appears afterward—so the record's link to CCC-C517 is dropped and it is admitted as bearing only on CCC-C505. The locator is close enough (same paragraph spanning p.3–4) to be acceptable."]; CCC-E067.limitations — ["Authors are LIGO-affiliated; the test relies on a GR waveform to construct residuals, which Ulhoa et al. 2026 (CCC-E046) argue is circular for this purpose.","Single event (GW150914) and 512 s of data."] → ["Authors are LIGO-affiliated; the test relies on a GR waveform to construct residuals, which Ulhoa et al. 2026 (CCC-E077) argue is circular for this purpose.","Single event (GW150914) and 512 s of data."]; CCC-E069.limitations — ["Same model limitations as CCC-E042.","Direction set to \"supports\" (from \"undermines\") by the second reader (claude-sonnet-5, 2026-09-10, run 2026-09-10-verify-ccc-192550, verify-v5) at intake: The quoted figure and phrase appear exactly at p.4 in the paragraph on the Planck-mass erebon memory-effect spectrum, and the statement is a faithful, non-exaggerated restatement of Allen's result. However, labeling this 'undermines' is only correct for CCC-C505 (it shows Penrose's erebon-decay GW conjecture is far below detectability); for CCC-C520, which simply asserts this same Ω_GW value and 35-orders-of-magnitude gap, the source directly supports rather than undermines the claim, since it is the origin of that exact number."] → ["Same model limitations as CCC-E042.","Direction set to \"supports\" (from \"undermines\") by the second reader (claude-sonnet-5, 2026-09-10, run 2026-09-10-verify-ccc-192550, verify-v5) at intake: The quoted figure and phrase appear exactly at p.4 in the paragraph on the Planck-mass erebon memory-effect spectrum, and the statement is a faithful, non-exaggerated restatement of Allen's result. However, labeling this 'undermines' is only correct for CCC-C505 (it shows Penrose's erebon-decay GW conjecture is far below detectability); for a proposed claim not admitted at intake ('The gravitational-wave memory-effect background…'), which simply asserts this same Ω_GW value and 35-orders-of-magnitude gap, the source directly supports rather than undermines the claim, since it is the origin of that exact number."]; CCC-R006.summary — "Compute, from ΛCDM simulations masked as the data, the expected annular variance as a function of the full ellipse parameter space (eccentricity, orientation, radius, masked fraction), then re-run the GP13 concentric low-variance search on WMAP9 and Planck 2018 maps for circles and for ellipses of increasing eccentricity, with the low-variance threshold defined relative to that ellipse-specific expectation rather than a per-direction average. The measurement is the abundance of concentric low-variance sets versus eccentricity, for the data and for each simulated sky. If the data show a circularity preference that the simulated skies do not, CCC-C503 is rehabilitated and CCC-C506's objection answered; if the data's eccentricity dependence tracks the simulations, CCC-C503 falls and CCC-C010 gains its one missing piece." → "Compute, from ΛCDM simulations masked as the data, the expected annular variance as a function of the full ellipse parameter space (eccentricity, orientation, radius, masked fraction), then re-run the GP13 concentric low-variance search on WMAP9 and Planck 2018 maps for circles and for ellipses of increasing eccentricity, with the low-variance threshold defined relative to that ellipse-specific expectation rather than a per-direction average. The measurement is the abundance of concentric low-variance sets versus eccentricity, for the data and for each simulated sky. If the data show a circularity preference that the simulated skies do not, CCC-C503 is rehabilitated and the DeAbreu, Contreras and Scott (2015) sky-rotation objection answered; if the data's eccentricity dependence tracks the simulations, CCC-C503 falls and CCC-C010 gains its one missing piece."; CCC-R007.summary — "Reproduce the An–Meissner–Nurowski–Penrose 2020 concentric-triple search that yields the 83%-of-1134-centres-in-3%-of-sky figure, then run it on two simulation ensembles: standard ΛCDM Gaussian skies, and ΛCDM skies whose ℓ ≤ 7 multipoles are replaced by the observed values (the Bielewicz conditioning). The measurement is the fraction of triple centres falling in the three densest regions for each ensemble. If conditioned skies routinely reach ~80% concentration, the anisotropy is a low-ℓ effect and CCC-C514 is confirmed against CCC-C504's proponent reading; if neither ensemble approaches it, CCC-C504 becomes the strongest surviving proponent observation." → "Reproduce the An–Meissner–Nurowski–Penrose 2020 concentric-triple search that yields the 83%-of-1134-centres-in-3%-of-sky figure, then run it on two simulation ensembles: standard ΛCDM Gaussian skies, and ΛCDM skies whose ℓ ≤ 7 multipoles are replaced by the observed values (the Bielewicz conditioning). The measurement is the fraction of triple centres falling in the three densest regions for each ensemble. If conditioned skies routinely reach ~80% concentration, the anisotropy is a low-ℓ effect and the deficit-of-variance reading (proposed at intake and not admitted) is confirmed against CCC-C504's proponent reading; if neither ensemble approaches it, CCC-C504 becomes the strongest surviving proponent observation.".
Why: CCC-E057: prose named a record id the ledger does not hold — the reader's note named a proposal claim id that was not admitted (review note #285: no dangling ids, everywhere) | CCC-E062: prose named a record id the ledger does not hold — provisional evidence id (review note #285: no dangling ids, everywhere) | CCC-E062: prose named a record id the ledger does not hold — provisional claim id (review note #285: no dangling ids, everywhere) | CCC-E064: prose named a record id the ledger does not hold — provisional claim id (review note #285: no dangling ids, everywhere) | CCC-E067: prose named a record id the ledger does not hold — provisional evidence id (review note #285: no dangling ids, everywhere) | CCC-E069: prose named a record id the ledger does not hold — provisional claim id (review note #285: no dangling ids, everywhere) | CCC-R006: prose named a record id the ledger does not hold — provisional claim id (review note #285: no dangling ids, everywhere) | CCC-R007: prose named a record id the ledger does not hold — provisional claim id (review note #285: no dangling ids, everywhere)
- claude-fable-5-1 (operator), answering review note #276 on the record, in the Claude Code session session_01AiXD4y5Y91KC7iM3uBhWmu; PR #278 · AI-assisted
Restatement, in full, of two corrections whose entry of 2026-09-10 (the corrections from the panel's verdict on #274) recorded lossy values. CCC-C525.sourceAnchor: from {locator: "[p. 1], Abstract", quote: "yet another manifestation of the well-known anomalous CMB distribution", sourceId: SRC-BIELEWICZ-2013, also: [{locator: "[p. 7], §5.2", quote: "Clustering of the rings in relatively large regions rather indicates"}]} — the anchor of its sibling CCC-C523, kept from the split of CCC-C514 — to {locator: "[p. 1]", quote: "our results are not consistent with the conformal cyclic cosmology scenario", sourceId: SRC-BIELEWICZ-2013}, the paper's own sentence (the abstract's last), checked verbatim against the retrieved text (arXiv 1207.6905) when set. SRC-AN-MEISSNER-NUROWSKI-2017.identifier: from "Monthly Notices of the Royal Astronomical Society 473(3): 3251–3255. DOI: 10.1093/mnras/stx2299" to the same with " (arXiv:1510.06537)" appended — the arXiv copy of this paper, whose abstract page is titled 'Ring Type Structures in the Planck map of the CMB' by An, Meissner and Nurowski (checked 2026-09-10).
Why: Review note #276 (the GPT seat on #274, §3.14): the correction writer's history line wrote an object as "[object Object]" and cut long strings at eighty characters, so the entry could not be reconstructed from. The writer now serialises values in full (the same day's fix); this entry restates the two on the record, since history is append-only.
- claude-fable-5-1 (operator), applying corrections the panel asked for on #274 with the correction writer, in the Claude Code session session_01AiXD4y5Y91KC7iM3uBhWmu; PR #274 · AI-assisted
Corrections applied from the panel's verdict on #274: CCC-C525.sourceAnchor — "[object Object]" → "[object Object]"; SRC-CRESWELL-2017.verification — "unverified" → "ai_verified"; SRC-CRESWELL-2017.verificationNote — "not retrievable when drafted (no URL); nothing may lean on it until it is read" → "text retrieved and its quoted passages checked by the verify verb on 2026-09-10 "; SRC-AN-MEISSNER-NUROWSKI-2017.identifier — "Monthly Notices of the Royal Astronomical Society 473(3): 3251–3255. DOI: 10.109" → "Monthly Notices of the Royal Astronomical Society 473(3): 3251–3255. DOI: 10.109".
Why: CCC-C525: the part kept the compound's anchor, whose quotations state its sibling CCC-C523 (the anomalous low-order multipoles; the clustering of rings), not this proposition; the paper states this proposition in its own words, at this page, and the span was checked verbatim against the retrieved text (arXiv 1207.6905) when the anchor was set — the GPT seats on #272 and #274 | SRC-CRESWELL-2017: the drafter could not reach the text and labelled the source unverified; the verifier retrieved it (29 pages) and checked the quoted passages of CCC-E062, which leans on that text (the GPT and Grok seats on #274; verify now sets this label itself) | SRC-CRESWELL-2017: the note said nothing may lean on the source until it is read; it was read at verification | SRC-AN-MEISSNER-NUROWSKI-2017: the URL the verify run added to this record is the arXiv copy of this very paper — the abstract page at arxiv.org/abs/1510.06537 is titled 'Ring Type Structures in the Planck map of the CMB' by An, Meissner and Nurowski, checked 2026-09-10 — and the identifier now says so, since a seat read the diff as attaching the URL to the neighbouring 2013 record (Grok on #274)
- claude-fable-5-1 (operator), applying a correction the panel asked for on #272 with the correction writer, in the Claude Code session session_01AiXD4y5Y91KC7iM3uBhWmu; PR #274 · AI-assisted
Correction applied from the panel's verdict on #272: CCC-E062.direction — "supports" → "context".
Why: CCC-E062: the record names CCC-C505 alone since CCC-C515 was refused; the second reader's own act says support applies to C515 and only context to C505, so the direction it set for the pair is wrong for the claim that remains (the GPT seat on #272; verify protocol v6 now takes a bearing per claim)
- claude-fable-5-1 (operator), applying the corrections the panel asked for on #269 with the correction writer, in the Claude Code session session_01AiXD4y5Y91KC7iM3uBhWmu; PR #274 · AI-assisted
Corrections applied from the panel's verdict on #269: CCC-E069.direction — "supports" → "undermines"; SRC-NIELSEN-2019.verification — "unverified" → "ai_verified"; SRC-NIELSEN-2019.verificationNote — "not retrievable when drafted (no URL); nothing may lean on it until it is read" → "text retrieved and its quoted passages checked by the verify verb on 2026-09-10 "; SRC-ULHOA-2026.verification — "unverified" → "ai_verified"; SRC-ULHOA-2026.verificationNote — "not retrievable when drafted (no URL); nothing may lean on it until it is read" → "text retrieved and its quoted passages checked by the verify verb on 2026-09-10 ".
Why: CCC-E069: the record names CCC-C505 alone since CCC-C520 was refused; the second reader's own act says the result undermines C505 and would support only C520, so the direction it set for the pair is wrong for the claim that remains (the GPT and Grok seats on #269; verify protocol v6 now takes a bearing per claim and splits such a record by direction) | SRC-NIELSEN-2019: the drafter could not reach the text and labelled the source unverified; the verifier retrieved it and checked the quoted passages of the evidence it admitted (run 2026-09-10-verify-ccc-192550), which leans on that text (Grok's note on #269; verify now sets this label itself) | SRC-NIELSEN-2019: the note said nothing may lean on the source until it is read; it was read at verification | SRC-ULHOA-2026: the drafter could not reach the text and labelled the source unverified; the verifier retrieved it and checked the quoted passages of the evidence it admitted (run 2026-09-10-verify-ccc-192550), which leans on that text (Grok's note on #269; verify now sets this label itself) | SRC-ULHOA-2026: the note said nothing may lean on the source until it is read; it was read at verification
- aletheia verify (claude-sonnet-5 second reader; drafter claude-fable-5-1) · AI-assisted
Intake from report proposals/2026-09-10-report-ccc-191230/report.md: 5 source(s), 25 evidence record(s), 9 claim(s), 3 research item(s) verified and added (proposal 2026-09-10-draft-ccc-191834, verification 2026-09-10-verify-ccc-192550); 40 candidate(s) rejected with reasons in dispositions.yaml.
Why: Bounded pass on the research report for CCC-001. Five of the report's opened sources were shown in full (DeAbreu 2015, Jow & Scott 2020, Bielewicz–Wandelt–Banday 2013, Allen 2020, Penrose 2017) plus three the report opened only by abstract (Creswell 2017, Nielsen et al. 2019, Ulhoa et al. 2026) and the candidate arXiv key for the 2017 An–Meissner–Nurowski paper. Every quotation below is copied from the retrieved text. Two retrieval facts shape the proposal: (i) the DOI 10.1093/mnras/sts418 the report gave for Bielewicz et al. resolved to an unrelated paper (Smith et al., a ring nebula around the supergiant SBW1), so the Bielewicz source is anchored to arXiv:1207.6905 only and the DOI candidate is dispositioned `failed`; (ii) arXiv:1510.06537 is confirmed by title and authorship as the preprint of SRC-AN-MEISSNER-NUROWSKI-2017, so a `url` correction is proposed (the record's `keys` list cannot be edited by a scalar correction; the verb should add the arXiv key). The report's requests to extend `claimIds` on CCC-E008 and CCC-E010 are list edits and are instead realised as new evidence records on the same sources. Three new independent lines enter the record: DeAbreu's examination of the sky-twist test and the radius cutoff (bearing on CCC-C503), Bielewicz's low-ℓ account of the large-radius low-variance rings and their clustering (a competing account linked to CCC-C003/CCC-C009, never merged), and the erebon reply chain (Creswell premise → Nielsen reanalysis → Allen calculation), which bears on CCC-C505 and qualifies CCC-C007 without touching erebons as dark matter. Ulhoa et al. 2026 is admitted as weak context on CCC-C505 with its limitations stated rather than dropped. An edition is proposed because the current article states two things the retrieved texts show to be too strong: that no independent group has examined the sky-twist test, and that no one has done anything about the erebon–LIGO conjecture. Featured claims and crux order are unchanged; no assessment change is proposed.
- aletheia verify (claude-sonnet-5 second reader; drafter claude-fable-5-1; proposal 2026-09-10-draft-ccc-191834, verification 2026-09-10-verify-ccc-192550) · AI-assisted
Corrections applied from proposals/2026-09-10-draft-ccc-191834: SRC-DEABREU-2015.url — "null" → "https://arxiv.org/pdf/1508.05158"; SRC-JOW-SCOTT-2020.url — "null" → "https://arxiv.org/pdf/1909.09672"; SRC-AN-MEISSNER-NUROWSKI-2017.url — "null" → "https://arxiv.org/pdf/1510.06537".
Why: SRC-DEABREU-2015: The report reached and this pass verified the full text at this URL; the ledger record holds only DOI and arXiv keys and no URL for the verifier to read. | SRC-JOW-SCOTT-2020: Full text verified at this URL (arXiv v2, 21 Jan 2020); the record holds no URL. | SRC-AN-MEISSNER-NUROWSKI-2017: Retrieved text at this URL is titled 'Ring Type Structures in the Planck map of the CMB' by Daniel An, Krzysztof A. Meissner and Pawel Nurowski (arXiv:1510.06537v2, 24 Aug 2016), matching the ledger record's title and authorship; the record currently has a DOI key only. The verb should also add the key arxiv:1510.06537, which a scalar correction cannot do.
- scripts/migrations/2026-09-09-hash-locators.ts (mechanical re-stamp) · AI-assisted
Ledger hash redefined to exclude source locators (url, archivedUrl); 1 edition/assessment basis stamp(s) recomputed mechanically, content unchanged: edition-2026-09-08-migration.yaml.
Why: Founder decision 2026-09-09: a locator says where a record is read, not what it says; a by-hand URL addition had set a fresh panel aside and made an edition due that could only re-adopt.
- Cursor Grok 4.6 (Cursor cloud agent), directed by the founder; runId title-punctuation-2026-09-08; promptVersion none (founder-directed session, not a pipeline prompt) · AI-assisted
Case title punctuation restored after the pre-overhaul publication restore: "The Aeon Before Ours?" is again "The Aeon Before Ours". The trailing question mark is dropped so the published name is a statement. Subtitle and framing questions are unchanged.
Why: Founder direction (first given 2026-09-06, reaffirmed 2026-09-08 after the restore): case names should not carry question marks. The interrogative belongs in the subtitle and the research questions, not on the card and in the header.
- scripts/migrations/2026-09-08-editions.ts (mechanical), founder-directed session · AI-assisted
Migrated to editions (docs/AUTOMATION.md, build step 2). The article, the 11-claim featured set, and the displayed judgment now live in edition edition-2026-09-08-migration, which adopts the migration assessment 2026-09-08-migration-ccc. Claim records carry propositions and anchors only; evaluative fields moved into the adopted assessment's per-claim treatment; the dossier header, research priority, and component verdicts moved from case.yaml into the assessment; claims-catalog.yaml merged into claims.yaml (tiers ended). No judgment changed.
Why: One reader-facing unit that binds verdict, selection, and article, so they cannot drift apart; one home for judgment; featuring becomes a recorded decision.
- Aletheia editorial AI (Claude Fable 5, Cursor cloud agent) · AI-assisted
Study CCC-S001 collection published: thirteen rows spanning the 2010-2025 signature literature, both sides under identical rules, every cell verified natively against the primary document or anchored to a ledger source from the 2026-08-22 verification batch. Evidence CCC-E023 enters the ledger (supports CCC-C011): the signal-model-provenance column is unanimous — every search invented its own signal model, and the one CCC-derived fragment is the 2025 unrefereed preprint. Workpaper source SRC-CCC-S001 added. The OpenAI searcher's brief was discarded in full as fabricated (invented arXiv identifiers and verbatim quotes) and is documented in the study's limitations.
Why: CCC-R005 asked what the framework commits to quantitatively; CCC-C011 asserted that every search invented its own signal. The frozen table shows both at once, from the papers' own methods sections, and hands the preregistered-search proposal (CCC-R001) its precise starting point.
- Aletheia editorial AI (Claude Fable 5, Cursor cloud agent) · AI-assisted
Study CCC-S001 pre-registered (freeze only, zero rows): the quantitative record of CCC signature claims and searches, criteria hash 906a0e73ef3c. One row per paper, proponent and critique alike, with the decisive column frozen in advance — signal-model provenance: for each search, whether CCC or the searchers supplied the expected signal. Refereed papers and flagged preprints never silently mixed. Collection follows in a separate PR.
Why: CCC-C011 asserts that every signature search invented its own signal model; CCC-R005 asks for the quantitative predictions a preregistered search could bind to. Both need the literature's numbers in one table with the provenance of each signal model recorded from the papers' own methods sections — assembled under frozen criteria so the table cannot be tuned to flatter either the circles claim or its critics.
- anthropic/claude-fable-5 (scheduled maintenance run, aletheia-editorial-audit-v1), pending human approval · AI-assisted
Updated the overview's closing discussion of CCC's qualitative-predictions deficit to note that the 2025 Meissner–Penrose preprint proposes a mass–temperature relation for the Hawking spots — a first quantitative fragment, unreviewed and unverified outside the program, with abundance and profile predictions still missing. Made the matching correction to research item CCC-R005, which had described the quantitative signal model as entirely nonexistent.
Why: Evidence record CCC-E022 (Meissner & Penrose 2025) partially overtakes both the article's statement that CCC's predictions are purely qualitative and CCC-R005's premise that no piece of the quantitative signature model exists.
- Fable (AI agent), directed by Eugene · AI-assisted
Fifth independent judge added to the cross-model check: Kimi K3 (Moonshot's open-weights model, served via Venice) re-assessed the case blind under the same protocol as the four frontier judges. Its case verdict and per-claim verdicts appear on the concurrence panel and claim pages alongside the others; concurrence statistics recomputed over five judges.
Why: An open-weights judge from a different training lineage strengthens the independence of the check — agreement across five vendors, including one outside the Western frontier labs, is harder to attribute to shared disposition.
- Fable (AI agent), directed by Eugene · AI-assisted
Cross-model check run (scripts/cross-model-check.mjs, promptVersion aletheia-check-v1): four independent judges — Opus 5 (Anthropic), GPT-5.1 (OpenAI), Gemini 3.1 Pro (Google), Grok 4.6 (xAI) — each re-assessed the case blind to all prior assessments. Result: unanimous case verdict (contradicted) matching the displayed draft — the strongest corroboration of a negative verdict on the site; claim agreement 7/11 exact, 4 within one step, 0 split. Check runs never display as the case narrative; the concurrence panel summarizes them and claim pages carry each model's per-claim verdicts.
Why: A verdict corroborated (or contested) blind by four independent vendors is information about the evidence file itself; both outcomes belong on the public page.
- Researcher correspondent (via Eugene); verified and recorded by Fable (AI agent) · AI-assisted
Intake from researcher correspondence (runId ccc-intake-2026-08-23, preserved verbatim in inbox/processed/): Meissner & Penrose 2025 (arXiv:2503.24263), the program's most recent substantive defense, added as SRC-MEISSNER-PENROSE-2025 with evidence record CCC-E022 attached to CCC-C005, CCC-C009, and CCC-C011. Recorded as "qualifies": real theoretical progress on crossover physics and the first piece of the quantitative signal model CCC-R005 demands (a mass–temperature relation for Hawking spots), while leaving the statistical critiques that contradicted the 2020 detection unanswered and resolving the factor-of-two angular-diameter discrepancy with a post-hoc epoch. No claim credibility, component verdict, or case verdict changed: the case already turns on the null-ensemble dispute, which this paper does not engage. The correspondent's independent conclusion — that a preregistered adversarial reanalysis is the decisive step, and that the new mass–temperature relation is what could make it binding — matches CCC-R001/R005 as published.
Why: Negative-evidence and fairness rules: the proponents' newest and best response must be in the ledger even when it does not move a verdict — and its genuine contribution (quantitative machinery for a future binding test) deserves recording as prominently as its gaps.
- Eugene (direction); applied by Fable (AI agent) · AI-assisted
Site v1.1: the case now carries two outputs instead of one — an evidence state and a research priority (level plus stated reason) — and, where a single verdict would mislead by compression, component verdicts for the separable parts of the question. Display governance tightened site-wide: only a human-endorsed assessment run may present as the editorial assessment; unreviewed AI runs are labeled drafts and never silently replace it.
Why: "Weak evidence, strong reason to investigate" is this site's signature category; a single verdict cannot express it. Priorities and component rows were set editorially in this change and are open to revision on review.
- Fable (AI agent), directed by Eugene · AI-assisted
Literature watch configured (watch.yaml): six discovery-only queries covering the CCC theory literature, both disputed CMB signatures (Hawking points; concentric low-variance circles), the erebon dark-matter prediction, output from the principal proponents, and the primordial B-mode discriminator — the critical/statistical side watched with the same machinery as the proponent side per the fairness rules.
Why: The case's verdict is hostage to a small set of live threads (any preregistered reanalysis, new signature searches, B-mode results, erebon constraints); the weekly watch surfaces movement without letting anything into sources.yaml unreviewed.
- Fable (AI agent), directed by Eugene · AI-assisted
Case published: 11 featured claims across the three rungs plus 5 catalog claims, 21 evidence records (9 supports, 8 undermines, 2 qualifies, 2 context by direction against their listed claims), 24 sources (all ai_verified with per-source verification notes; none unverified, none fabricated), 5 research opportunities, and a first AI assessment overlay labeled as an unreviewed draft. All claims labeled ai_extracted pending human review. Structural note: the observation rung deliberately splits "the features exist" (CCC-C001, confirmed by critics) from "the features are anomalous" (CCC-C002/C004, contested), so the independent reanalyses support the former while undermining the latter — keeping the null-ensemble dispute (CCC-C003) and the preregistration crux (CCC-C011) visible instead of averaged away.
Why: Launch the case with the statistical-methodology dispute — not the cosmology — carrying the epistemic weight, since that is where the evidence actually disagrees.
- Fable (AI agent), directed by Eugene · AI-assisted
Case built directly from published primary literature (runId ccc-case-2026-08-22) — no seeding research document exists for this topic. Every citation was verified before import against Crossref DOI records, the arXiv API, publisher pages, or retrieved full text. Primary texts read in full during verification: An, Meissner, Nurowski & Penrose 2020 (arXiv v5 matching the MNRAS version), Jow & Scott 2020, Bodnia et al. 2024, Penrose 2018 (Foundations of Physics), Tod 2022, and Penrose 2006 (EPAC proceedings). Abstract-level verification with verbatim quotes: the Gurzadyan–Penrose preprint series, the four independent circle reanalyses, Meissner/Nurowski/Ruszczycki 2013, López et al. 2022, Eckstein 2023, and the Planck and BICEP/Keck reference records. Cycles of Time was verified bibliographically only (full text not held).
Why: Real citations only: with no research report to lean on, nothing could be imported on any secondary characterization's authority.