{"q": "The specific number demanded, the count of mission-by-subsystem overlap cells in strata holding both a heritage-rich and heritage-poor subsystem at comparable parts-class and test-fidelity, plus the per-stratum heritage variance, is not present in any retrieved source. Without that figure from the candidate's own assembled frame, retrieval cannot settle whether the heritage coefficient is identified off real within-stratum contrast or is silent extrapolation (a reshuffling of controls). The candidate must produce the overlap-cell tabulation.", "facet": "identification", "raised_by": "angrist_pischke", "priority": "high", "query_terms": ["overlap", "within-stratum", "parts-class", "test-fidelity", "flight heritage reliability"], "status": "open"}
{"q": "Whether the JPL parts-control-board and I&T-plan archives actually permit estimation of the heritage-to-parts-class and heritage-to-test-fidelity assignment relationships, and what sign that heritage-to-test-fidelity link takes, is not present in any retrieved source. The general inferential point (mediation vs confounding indistinguishable by attenuation alone; assignment-relationship sign discriminates) is grounded, but the candidate's empirical capacity to run that discriminating estimate on this data is unestablished by retrieval.", "facet": "mechanism", "raised_by": "angrist_pischke", "priority": "high", "query_terms": ["parts-class", "test-fidelity", "flight heritage reliability"], "status": "open"}
{"q": "The documentary question, whether parts-control-board and I&T-plan records show planned test scope was fixed before the heritage determination at design review for the specific cells used, cannot be answered from any retrieved source. The principle (pre-treatment status is required for test-fidelity to be a clean control, else it is a bad control) is grounded; the empirical verification against the JPL archive is a gap only the candidate's source records can close.", "facet": "measurement", "raised_by": "angrist_pischke", "priority": "high", "query_terms": ["test-fidelity", "bad control", "flight heritage reliability"], "status": "open"}
{"q": "RD design demand unanswered. The candidate's archive contains ZERO occurrences of 'discontinuity', 'running variable', 'bandwidth', 'bunching', 'McCrary', or 'regression discontinuity'. Mission risk classification (A-D) and prominence/mass tiers are used only as covariate controls, never as a running variable with a threshold-assigned rigor regime. The records do not identify a running variable, do not count mission-by-subsystem cells in a usable bandwidth around any cutoff, and run no manipulation/bunching test for programs just below a classification cutoff. The candidate cannot, from current records, exploit the threshold-assigned variation in rigor as an RD design, nor justify discarding it; the panelist's claim that an RD sits latent in the parts-control / I&T records is not engaged anywhere in the dissertation. REFUSE: no source in the candidate's corpus settles this; asserting an RD design would be confabulation.", "facet": "identification", "raised_by": "angrist_pischke", "priority": "high", "query_terms": ["regression discontinuity", "prominence", "flight heritage reliability"], "status": "open"}
{"q": "No corpus retrieved this turn supplies a quantified, space-domain estimate of how often a board upgrades a design-heritage box to a flight-heritage label that the as-built parts/environmental-qualification record does not support, nor a paired design-review-assertion-versus-as-built dataset that would measure the divergence magnitude. The mechanism (espoused vs enacted) is grounded, but the empirical size of the espoused-enacted heritage gap for the article class is not settled by available evidence.", "facet": "measurement", "raised_by": "argyris", "priority": "high", "query_terms": ["as-built", "flight heritage reliability"], "status": "open"}
{"q": "No retrieved source this turn provides a coded sample of actual descope-decision or design-review-waiver minutes in which 'heritage' is verbatim the justification for reducing qualification test scope, with the temporal ordering established case by case. The mediation mechanism is grounded in CAIB/Argyris, but the specific documentary corpus that would let the candidate fix the heritage-then-descope causal ordering empirically was not located in the brains or vault gap-fill this turn.", "facet": "identification", "raised_by": "argyris", "priority": "high", "query_terms": ["flight heritage reliability"], "status": "open"}
{"q": "No retrieved source this turn quantifies the rate or directional magnitude of post-anomaly heritage-label scrubbing in versioned spacecraft review baselines, nor supplies a paired pre-/post-anomaly heritage-coding dataset that would let the candidate estimate the attenuation bias on the heritage coefficient. The re-encoding mechanism is grounded (Dillon & Tinsley), but its measured effect size on a heritage IV in the candidate's article population is not settled by available evidence.", "facet": "rival", "raised_by": "argyris", "priority": "high", "query_terms": ["re-encoding", "flight heritage reliability"], "status": "open"}
{"q": "No retrieved source identifies a specific paired-record case on a single article where as-run test documentation describes the campaign as nominal while an independent parts-stress waiver, delta-qual deviation, review-board action item, or anomaly closure shows scope was cut against the heritage argument. The candidate's study is pre-registered and unexecuted (8.4.1), the JPL parts-stress/waiver and anomaly archives were not retrieved this turn, and the space corpora (AMOS, ACTA) returned zero hits for heritage-driven test-scope reduction. The empirical existence-claim cannot be asserted from evidence in hand.", "facet": "measurement", "raised_by": "argyris", "priority": "high", "query_terms": ["flight heritage reliability"], "status": "open"}
{"q": "No retrieved source reports, from actual anomaly-closure records, whether closure completeness and root-cause coding depend on survived-vs-mission-affecting status after conditioning on the IPW covariates. The candidate has not executed this conditional-independence test (study pre-registered, 8.4.1), and no corpus retrieved this turn supplies the closure-record data. The direction and significance of the dependence, and therefore whether documentation-probability is independent of near-miss re-encoding, cannot be asserted from evidence in hand.", "facet": "identification", "raised_by": "argyris", "priority": "high", "query_terms": ["ipw", "near-miss", "re-encoding", "flight heritage reliability"], "status": "open"}
{"q": "No retrieved source reports the fraction of audited cells on which the board's recorded heritage depth disagrees with an external, article-level anchor (as-built parts-lot, procurement/radiation-test records, prior-flight orbit/radiation environment), nor the direction of that disagreement. The validity audit against an out-of-narrative anchor has not been executed (study pre-registered, 8.4.1), and the underlying procurement/radiation-test records were not retrieved this turn. The disagreement fraction and direction cannot be asserted from evidence in hand.", "facet": "measurement", "raised_by": "argyris", "priority": "high", "query_terms": ["heritage depth", "as-built", "flight heritage reliability"], "status": "open"}
{"q": "REFUSED on the affirmative empirical claim. The grounded retrieval supports the conceptual frame: Forrester's systems-dynamics review lens demands the candidate 'reproduce the trouble using only the system's internal feedback structure, with no exogenous shock,' and treats shared program state as a stock whose flows co-emit downstream choices. But no retrieved source reports the partial-correlation matrix, the within-stratum regression of regressors on a PDR-pressure proxy, or the surviving independent variance for THIS candidate's assembled JPL archive. The space corpora (AMOS, ACTA, Space Economy) returned zero hits on heritage/parts/test-fidelity confounding by schedule-cost pressure, and OpenAlex gap-fill returned only off-topic works. Whether residualized variance survives is a property of the candidate's dataset, which retrieval cannot inspect; asserting a number would be confabulation. The objection is structurally valid and the candidate must run the residualization-then-partial-correlation test; the result is unknown from any source retrieved this turn.", "facet": "identification", "raised_by": "forrester", "priority": "high", "query_terms": ["within-stratum", "test-fidelity", "flight heritage reliability"], "status": "open"}
{"q": "REFUSED on the affirmative empirical claim. The retrieval grounds the mechanism that motivates the objection: Forrester's data-generating rule can itself be a stock that outcomes update (Industrial Dynamics 1961; Counterintuitive Behavior of Social Systems, 1971, doi:10.1007/bf00148991), and his explicit endogeneity test asks whether trouble can be reproduced from internal feedback without an external shock. That establishes the objection is well-posed in systems-dynamics terms. But no retrieved source dates this candidate's per-subsystem heritage coding, documents the standing heritage-caution posture time series, or reports a Granger test of coded heritage depth on lagged lineage failures. AMOS and ACTA returned zero hits on heritage endogeneity / cross-mission learning in a hazard model. Whether the archive carries the timestamps to run the test, and what the test would show, is unknown from any source retrieved this turn; asserting endogeneity-confirmed or -refuted would be fabrication.", "facet": "mechanism", "raised_by": "forrester", "priority": "high", "query_terms": ["heritage depth", "flight heritage reliability"], "status": "open"}
{"q": "REFUSED on the affirmative empirical claim. The retrieval strongly grounds the conceptual machinery: Forrester's stocks/flows formalism treats assurance hours as a depletable stock changed only through flows, and his shared-finite-resource framing (the orbital-commons analogues in the dossier: monopolistic competition in limited orbital space, doi:10.1007/s10640-025-00959-1; capacity-vs-traffic management, doi:10.1016/j.actaastro.2025.01.069) is the same structure: one actor's draw on a finite shared stock imposes an uncompensated cost on siblings, a balancing loop that couples decisions for allocation reasons rather than article reliability. That makes the SUTVA objection more than contamination: it is a within-mission negative-coupling loop on a shared stock. But no retrieved source measures THIS candidate's mission assurance-hour stock, the per-subsystem draw, or the depression of a subsystem's test-fidelity when a sibling's heritage claim is deep. AMOS returned zero hits on assurance-budget allocation across subsystems; Space Economy returned zero on the shared-resource test-fidelity tradeoff. Whether the I&T as-run records resolve assurance hours to the subsystem cell, and what the allocation test would reveal, is unknown from any source retrieved this turn.", "facet": "empirics", "raised_by": "forrester", "priority": "high", "query_terms": ["test-fidelity", "sutva", "flight heritage reliability"], "status": "open"}
{"q": "The JPL-data-specific empirical results these questions demand were NOT retrievable this turn. AMOS and ACTA returned zero on heritage/reliability/bathtub/survivorship queries (those corpora are SSA/SDA/astrodynamics, not spacecraft-reliability-engineering), and no JPL heritage-assessment matrices, flight logs, or launch-manifest reporting-probability records were available. Consequently three sub-claims remain unsettled and are asserted only as required tests, not findings: (Q1) whether age-since-last-flight actually dominates the heritage rung in the JPL cells; (Q2) whether the documentation/reporting probability is empirically a decreasing function of heritage depth after conditioning on early failure, and whether the candidate's IPW actually opens that loop versus reweighting within it; (Q3) whether heritage's measured advantage empirically localizes to one timescale in the JPL records. The methodological frame is grounded; the candidate-specific numbers are absent and must not be fabricated.", "facet": "identification", "raised_by": "forrester", "priority": "high", "query_terms": ["heritage depth", "survivorship", "ipw", "flight heritage reliability"], "status": "open"}
{"q": "The executed reconciliation table is absent. The candidate has not produced: (a) the count of distinct JPL-class spacecraft launched in the epoch window per a fixed launch-manifest census; (b) the per-source match rate at stage 1 (canonical-mission-identifier match across anomaly system / NTRS / JPL archives), stage 2 (subsystem-crosswalk success), and stage 3 (anomaly time-and-root-cause codability); (c) the fraction of launched spacecraft that never enter the frame at all. Because the dataset is unassembled, the denominator currently IS the subset the three archives co-document, which is precisely the failure McDowell's question is designed to expose. No retrieved source supplies these numbers, so no count can be asserted.", "facet": "measurement", "raised_by": "mcdowell", "priority": "high", "query_terms": ["reconciliation", "epoch", "flight heritage reliability"], "status": "open"}
{"q": "The identifiability of the survivorship correction is not demonstrated. Missing: (a) the explicit covariate list and functional form of the fitted documentation-probability model; (b) the covariate distribution of the LINKED versus the UNLINKED (zero-coded-cell) population on environment, prominence, mass class, and epoch from the launch-manifest frame; (c) any evidence that completely-unlinked spacecraft share covariate support with the documented subset rather than lying outside it. If the heritage-rich flagships are the survivors, the IPW weights are an extrapolation from a catalog the candidate has not independently verified, and no retrieved source closes this. The candidate's sensitivity analysis over bounded assumptions for undocumented cells is a partial mitigation, not the requested identifiability demonstration, and it too is unexecuted.", "facet": "identification", "raised_by": "mcdowell", "priority": "high", "query_terms": ["survivorship", "ipw", "epoch", "prominence", "flight heritage reliability"], "status": "open"}
{"q": "The candidate has not produced the anomaly-reporting rate per subsystem-year as a function of mission prominence on the linked sample, which is the diagnostic that would show whether the outcome floor (time-to-first-failure / infant-mortality) is uniform across the heritage-rich and heritage-poor strata the overlap region compares. The candidate accepts severity truncation as acceptable rather than measuring whether reporting completeness itself varies with prominence; if it does, reporting intensity is confounded with prominence and with heritage, and the failure 'measurement' is partly a documentation artifact. No retrieved source supplies the prominence-by-reporting-rate gradient, so the differential-reporting threat to the outcome side stands unrebutted on this round.", "facet": "empirics", "raised_by": "mcdowell", "priority": "high", "query_terms": ["overlap", "prominence", "flight heritage reliability"], "status": "open"}
{"q": "The declared-versus-as-built heritage discrepancy rate, the share of mission-by-subsystem cells where a board's declared same-environment flight heritage is contradicted by the as-built parts lots, fabrication supplier, or prior-flight environment match, is NOT present in any retrieved source. The dissertation conceptually concedes the gap (a heritage label can attach to a design rebuilt with different parts lots, modified for a new environment, integrated by a different team, or tested less; 'same as before' can be true at the block-diagram level and false at the parts-list and test-matrix level) and operationalizes a PARTIAL hedge by coding the top heritage level against the prior flight's orbit and radiation environment (Sec 4.3.3) plus a stricter same-environment re-coding robustness check. But that codes the DECLARED environment match more strictly; it is not an independent reconciliation of the declared label against the as-built record. Heritage is coded from the design-review heritage assessment matrix (the operator claim), and the as-built JPL parts-lot / supplier records are access-controlled and not yet assembled, so no discrepancy rate exists to retrieve. Until the candidate reconciles declared heritage against the as-built record and reports the contradiction rate, the heritage regressor remains, in McDowell's terms, the unverified operator claim, and whether H0/H1 is about provenance at all cannot be settled from retrieval.", "facet": "identification", "raised_by": "mcdowell", "priority": "high", "query_terms": ["reconciliation", "as-built", "provenance", "flight heritage reliability"], "status": "open"}
{"q": "The DATA half of Q1 cannot be answered. Pearl demands the candidate state, from the archives, which conditional-independence implication of the declared graph holds and thereby licenses 'mediator artifact' vs 'genuine spuriousness.' But the dissertation explicitly states (Ch.6 synthesis, Ch.7) that results are 'expected directions and illustrative magnitudes, clearly labeled as not yet executed on the full assembled dataset; the contribution is the pre-registered specification, not estimated coefficients.' No heritage->parts-class and heritage->test-fidelity arrow evidence has been estimated, so no conditional-independence implication can be reported as holding or failing. The candidate must (a) draw and freeze ONE DAG and (b) pre-register the specific d-separation test (e.g., heritage independent of failure given the full mediator set under the mediator graph vs not under the confounder graph) before assembly, and report it on the assembled LLIS/NTRS/JPL data. Until then the headline b1-attenuation test is non-identified as stated.", "facet": "identification", "raised_by": "pearl", "priority": "high", "query_terms": ["parts-class", "test-fidelity", "mediator", "confounder", "d-separation", "dag", "flight heritage reliability"], "status": "open"}
{"q": "The DATA half of Q2 cannot be answered. Pearl demands the through-channel vs around-channel SHARE of heritage's failure association and a commitment to full vs partial mediation from the mission-by-subsystem linkage. The dissertation is a design-stage plan with no assembled dataset and no estimated coefficients (stated explicitly in Ch.6/Ch.7), so no mediation decomposition exists to report a share. Worse, the candidate cannot currently claim front-door identification even in principle, because front-door requires that the mediator set be UNCONFOUNDED with the outcome given measured covariates -- and 'program competence' plausibly confounds the mediator->failure leg too, which would void front-door as well. The candidate must (a) commit to full or partial mediation as a pre-registered structural assumption, (b) state whether front-door's mediator-outcome unconfoundedness is defensible against program competence, and (c) report the channel-share decomposition on the assembled data. None is available pre-assembly.", "facet": "mechanism", "raised_by": "pearl", "priority": "high", "query_terms": ["mediator", "front-door", "program competence", "flight heritage reliability"], "status": "open"}
{"q": "The DATA half of Q3 cannot be answered. Pearl demands the specific conditional-independence test the candidate WILL run in the LLIS/NTRS/JPL data and the observed independence that would falsify the mediator reading. The methodology of the right test is grounded (claim c3: a d-separation/descendant test of whether heritage predicts parts-class and test-fidelity), but the candidate has assembled no dataset, so no independence can be reported as observed or refuted -- the design itself states the data is 'not yet executed on the full assembled dataset.' The candidate must pre-register, before assembly: (1) the frozen DAG with directed edges; (2) the exact conditional-independence implication chosen as the licensing test (heritage-vs-mediator association as the descendant test; heritage-failure association conditioned on the intermediate set as the path-blocking test); (3) the decision rule mapping the observed independence to the mediator vs confounder reading. Absent the assembled data none of these is reportable, and the overlap/balance machinery in Ch.5-6 does not substitute for it.", "facet": "empirics", "raised_by": "pearl", "priority": "high", "query_terms": ["overlap", "parts-class", "test-fidelity", "mediator", "confounder", "d-separation", "dag", "flight heritage reliability"], "status": "open"}
{"q": "No retrieved source (AMOS, ACTA, Space Economy, or the Pearl brain) contains the candidate's assembled mission-by-subsystem frame, the standardized heritage-to-hazard coefficient, or its values across the candidate's epoch dummies and mass-class strata. The empirical core of Q1, demonstrating from the data that the heritage coefficient IS or IS NOT invariant across those partitions, cannot be settled by retrieval and must not be asserted. The methodological license condition is grounded (pearl_r2_c1); the empirical invariance verdict is a confabulation risk and is refused.", "facet": "identification", "raised_by": "pearl", "priority": "high", "query_terms": ["epoch", "flight heritage reliability"], "status": "open"}
{"q": "No retrieved source contains the candidate's documentation-completeness (IPW) model, the launch-manifest frame, or the test of whether documentation probability still depends on realized early-failure after conditioning on the full covariate set. The empirical core of Q2, reporting the residual dependence and naming the specific recoverability-restoring external/surrogate margin (e.g., a population-level launched-spacecraft count by class/epoch) as validated for THIS frame, cannot be settled by retrieval. The structural diagnosis is grounded (pearl_r2_c2); the empirical fit result is refused.", "facet": "identification", "raised_by": "pearl", "priority": "high", "query_terms": ["documentation probability", "ipw", "epoch", "flight heritage reliability"], "status": "open"}
{"q": "No retrieved source contains the candidate's heritage-depth-by-environment cross-tabulation. The empirical core of Q3, showing whether any study cell shares the target's (heritage-depth, new-radiation-environment) profile, and therefore which of the three exits (re-weight / re-target / declare non-identified) the decision-relevant cell actually triggers, cannot be settled by retrieval. The admissible-exits frame is grounded (pearl_r2_c3); the cell-level overlap verdict is refused.", "facet": "rival", "raised_by": "pearl", "priority": "high", "query_terms": ["overlap", "flight heritage reliability"], "status": "open"}
{"q": "EMPIRICAL DEMAND UNANSWERABLE FROM SOURCE (Q1): the joint cell counts of heritage-depth x parts-class x test-fidelity, and whether any off-diagonal cell (deep heritage at low parts-class, or shallow heritage at full test-fidelity) is non-empty, do not exist. The dissertation states the mission-by-subsystem frame is 'still being assembled' and that 'No estimated coefficient is presented as a finding anywhere in the document' (lines 173/345/844). Until the frame is assembled and the cross-tabulation computed, the manipulability-of-heritage question is unresolved: the design CONCEDES the top heritage category is definitionally bundled with parts and qualification and offers only a robustness re-coding, not a demonstration of a non-empty off-diagonal. No source retrieved this turn supplies the counts; asserting any would be confabulation.", "facet": "identification", "raised_by": "rubin", "priority": "high", "query_terms": ["parts-class", "test-fidelity", "flight heritage reliability"], "status": "open"}
{"q": "EMPIRICAL DEMAND UNANSWERABLE FROM SOURCE (Q2): the fraction of subsystem cells sharing an EEE parts lot or a power/data bus with another cell in the same mission, and the movement of the heritage-vs-parts contrast when interfering cells are excluded vs retained, do not exist. The design proposes to record lot/bus commonality and examine affected cells separately (residual interference risk rated 'moderate') but reports no interference fraction and no estimand restated on the lot/bus unit, because the frame is unassembled (line 844). The question of whether the chosen unit can support a SUTVA-valid potential outcome is therefore empirically open. No retrieved source settles it.", "facet": "identification", "raised_by": "rubin", "priority": "high", "query_terms": ["sutva", "interference", "flight heritage reliability"], "status": "open"}
{"q": "EMPIRICAL DEMAND UNANSWERABLE FROM SOURCE (Q3): the share of early-failed cells for which heritage, parts-class, and test-fidelity are all recoverable from strictly pre-launch documents (design-review heritage matrices, as-procured parts records, as-planned I&T plans dated before commissioning), and the heritage-vs-parts contrast on that pre-launch-only subset vs the full weighted sample, do not exist. The design is built to permit this test (provenance-at-design-review rule; as-procured/as-planned coding; pre-registered documentation-probability model) and concedes the unobservables channel is only 'moderate', but it reports no recoverability share and no pre-launch-only contrast, because the launch-manifest frame is unassembled (lines 173/345/844). Whether the survivorship correction and overlap claim are genuinely outcome-blind is therefore unproven on this design. No retrieved source supplies the falsifiable share.", "facet": "measurement", "raised_by": "rubin", "priority": "high", "query_terms": ["overlap", "parts-class", "test-fidelity", "survivorship", "provenance", "flight heritage reliability"], "status": "open"}
{"q": "EMPIRICAL DEMAND UNANSWERABLE FROM SOURCE (Q1): the within-rung-across-version dispersion of the infant-mortality outcome (cells inside one heritage rung partitioned by which of the four claims produced the rung, with the realized-outcome spread across those sub-versions) does not exist. The dissertation concedes the four claims are 'not interchangeable' and collapses them to an ordinal rung, but offers only a same-environment re-coding robustness check, not a within-rung outcome-dispersion partition, and the frame is unassembled with result tables 'left unpopulated' (line 959). Whether each heritage rung is one well-defined treatment level or an average over incommensurable interventions is therefore empirically open; no retrieved source supplies the dispersion, and asserting any spread would be confabulation.", "facet": "measurement", "raised_by": "rubin", "priority": "high", "query_terms": ["flight heritage reliability"], "status": "open"}
{"q": "EMPIRICAL DEMAND UNANSWERABLE FROM SOURCE (Q2): the auditable blinding SEAL Rubin requires is not demonstrated. The design specifies inter-CODER agreement (coder vs coder) and an outcome-blind step-dependency order keyed to document DATE, but does NOT specify physical redaction of post-commissioning anomaly/end-of-life/outcome text, and cannot produce held-out blind-coded vs unblinded-coded heritage-rung concordance because coding is unexecuted on an unassembled frame (line 959). The dissertation itself names a 'reverse documentation' contamination threat (line 776). Whether the heritage and test-fidelity indices were genuinely constructed blind to outcomes is therefore unproven on this design; no retrieved source settles it.", "facet": "identification", "raised_by": "rubin", "priority": "high", "query_terms": ["test-fidelity", "inter-coder", "blinding", "flight heritage reliability"], "status": "open"}
{"q": "EMPIRICAL DEMAND UNANSWERABLE FROM SOURCE (Q3): the covariate balance and overlap of the DOCUMENTATION-PROBABILITY (survivorship IPW) model treated as a second assignment mechanism do not exist. The dissertation reports overlap for the heritage treatment and freezes a documentation-probability correction, but presents no second balance table showing whether, after weighting, thinly-documented cells overlap fully-documented cells on environment, prominence, mass class, epoch, and subsystem, and identifies no no-donor region. The frame is unassembled and tables are unpopulated (line 959). Whether the survivorship fix extrapolates past common support, re-importing the selection it claims to remove, is therefore empirically open; no retrieved source supplies the documentation-propensity balance.", "facet": "identification", "raised_by": "rubin", "priority": "high", "query_terms": ["overlap", "assignment mechanism", "survivorship", "ipw", "propensity", "epoch", "prominence", "flight heritage reliability"], "status": "open"}
{"q": "No retrieved source supplies a specific multitrait-multimethod convergent-divergent correlation value for the candidate's heritage-depth ordinal against an independent reliability-margin measure, nor a defensible abandonment threshold. The required value is a candidate-design quantity; absent it, the falsification number cannot be asserted from retrieval.", "facet": "measurement", "raised_by": "shadish_cook_campbell", "priority": "high", "query_terms": ["flight heritage reliability"], "status": "open"}
{"q": "No retrieved source supplies a coded-level-by-epoch interaction value or a pre-set drift-concession threshold for the candidate's heritage and test-fidelity ordinals under a single fixed blind rubric. The invariance test is endorsed in form, but the numeric concession level is a candidate-design quantity not settled by retrieval.", "facet": "empirics", "raised_by": "shadish_cook_campbell", "priority": "high", "query_terms": ["test-fidelity", "epoch", "flight heritage reliability"], "status": "open"}
{"q": "No retrieved source supplies the candidate's within-stratum overlap cell count (heritage varying while prominence, parts-class, and test-fidelity are held in a common stratum) or a pre-set minimum-cell non-identification threshold. The bad-control/proxy risk is grounded in form, but the concrete count and cutoff are candidate-dataset quantities not settled by retrieval.", "facet": "identification", "raised_by": "shadish_cook_campbell", "priority": "high", "query_terms": ["overlap", "within-stratum", "parts-class", "test-fidelity", "prominence", "flight heritage reliability"], "status": "open"}
{"q": "No retrieved source supplies the candidate's own on-data quantities: the fraction of the residual heritage-vs-parts contrast that is within-epoch versus between-epoch, and the surviving within-epoch cell counts. The threat is named and the remedy is grounded, but whether history is controlled or confounded in THIS frame cannot be settled from retrieval; the candidate must report the partition and the within-epoch cell counts.", "facet": "identification", "raised_by": "shadish_cook_campbell", "priority": "high", "query_terms": ["epoch", "flight heritage reliability"], "status": "open"}
{"q": "The empirical verdict is unsettled and refused: whether, on the assembled JPL-class mission-by-subsystem data, heritage's advantage lives in the bulk while parts-class and test-fidelity dominate the early-failure tail mass (mixture early-subpopulation weight / upper failure-count quantile), or whether the mean-coefficient ranking survives a tail-scored re-estimation. No executed result exists (dissertation is a pre-registered design) and no retrieved source reports it; cannot be asserted without fabrication.", "facet": "empirics", "raised_by": "taleb", "priority": "high", "query_terms": ["parts-class", "test-fidelity", "tail", "flight heritage reliability"], "status": "open"}
{"q": "Refused empirical verdict: whether documentation probability depends on a cell's realized early-failure status after conditioning on environment, prominence, mass class, and epoch (i.e., MNAR vs MAR), how far the outcome-dependent (MNAR) sensitivity bounds widen beyond the candidate's covariate-conditional IPW bounds, and where within those wider bounds the heritage-vs-rigor verdict flips. No both-ways model has been run (design-stage dissertation) and no retrieved source supplies these numbers; cannot be asserted.", "facet": "identification", "raised_by": "taleb", "priority": "high", "query_terms": ["documentation probability", "ipw", "epoch", "mnar", "prominence", "flight heritage reliability"], "status": "open"}
{"q": "Refused empirical verdict: whether the infant-mortality hazard's response to cutting test-fidelity is sharply convex (accelerating harm) within the deep-heritage stratum and whether that curvature exceeds the no-heritage stratum (a fragility transfer toward the absorbing early-failure regime). No curvature/convexity has been estimated (additive design-stage model, no executed results) and no retrieved source reports it; cannot be asserted without fabrication.", "facet": "mechanism", "raised_by": "taleb", "priority": "high", "query_terms": ["test-fidelity", "fragility", "convexity", "flight heritage reliability"], "status": "open"}
{"q": "No retrieved source supplies the candidate's actual leave-one-out / leave-one-cell-out influence distribution, the empirical fraction of single deletions that reverse the H0/H1 verdict, or the maximum |dfbeta| as a share of the (b1 minus max(b2,b3)) contrast. These are facts about the candidate's specific assembled frame and cannot be produced from the corpora. The candidate must run and report the diagnostic on the actual frame; absent that, the pre-registered point-comparison rule cannot be certified against single-observation fragility.", "facet": "empirics", "raised_by": "taleb", "priority": "high", "query_terms": ["fragility", "dfbeta", "leave-one-out", "flight heritage reliability"], "status": "open"}
{"q": "No retrieved source supplies the candidate's adversarial breakdown fraction (smallest share of undocumented early-failure cells set to favor H0 that overturns H1) on the launch-manifest frame, nor the observed share of unlinked early-failed spacecraft to compare it against. The settling comparison the question demands cannot be computed from the corpora. The candidate must estimate the breakdown bound on the actual launch-manifest frame and place it against the observed unlinked-early-failure share; absent that, the survivorship correction is not demonstrated to bound the conclusion against the missing tail.", "facet": "identification", "raised_by": "taleb", "priority": "high", "query_terms": ["survivorship", "tail", "breakdown bound", "flight heritage reliability"], "status": "open"}
{"q": "No retrieved source supplies a coding of the candidate's parts-control-board / design-review records that ties each test-scope reduction to the actor whose heritage assertion authorized it and to whether that actor bore the realized on-orbit downside, nor any test of whether the heritage-to-failure association concentrates in the no-downside cells. The skin-in-the-game observable the question demands is not present in any corpus and must be constructed from the candidate's own program records; absent it, the regression as specified cannot adjudicate incentive-misalignment vs. provenance.", "facet": "governance", "raised_by": "taleb", "priority": "high", "query_terms": ["provenance", "flight heritage reliability"], "status": "open"}
{"q": "NEEDS EXTERNAL CITATION: this grounded reasoning currently rests only on internal pointers (candidate dissertation plus Hall-of-Shoulders dossier) and must be re-anchored to a resolvable external source before it can seed a chapter. Claim: The reliability-without-validity critique is grounded and the external anchor Argyris requests is partly available in the candidate's own source structure. Chance-corrected inter-coder agreement (the candidate's warrant in 4.5) certifies th", "facet": "measurement", "raised_by": "synthesis", "priority": "high", "query_terms": ["heritage depth", "parts-class", "inter-coder", "theory-in-use", "as-built", "espoused theory enacted behavior", "heritage as-built audit", "organizational defensive routines space"], "status": "partial"}
{"q": "NEEDS EXTERNAL CITATION: this grounded reasoning currently rests only on internal pointers (candidate dissertation plus Hall-of-Shoulders dossier) and must be re-anchored to a resolvable external source before it can seed a chapter. Claim: The candidate NAMES the catalog of record correctly: the sampling frame is built from launch manifests, not surviving-mission documentation, with a three-stage linkage (stage 1: missions matched by a canonical mission identifier reconciled ", "facet": "measurement", "raised_by": "synthesis", "priority": "high", "query_terms": ["launch manifest", "reconciliation", "catalog of record", "espoused theory enacted behavior", "heritage as-built audit", "organizational defensive routines space", "flight heritage reliability"], "status": "partial"}
{"q": "NEEDS EXTERNAL CITATION: this grounded reasoning currently rests only on internal pointers (candidate dissertation plus Hall-of-Shoulders dossier) and must be re-anchored to a resolvable external source before it can seed a chapter. Claim: PARTIAL / REFUSE-ON-NUMBER. The candidate's dissertation specifies the linkage PROTOCOL but reports no reconciliation-ledger numbers. Sec 4.5 fixes a three-stage linkage at the mission-by-subsystem cell: stage-1 mission matching by a canoni", "facet": "measurement", "raised_by": "synthesis", "priority": "high", "query_terms": ["inverse-probability", "launch manifest", "reconciliation", "espoused theory enacted behavior", "heritage as-built audit", "organizational defensive routines space", "flight heritage reliability"], "status": "partial"}
{"q": "NEEDS EXTERNAL CITATION: this grounded reasoning currently rests only on internal pointers (candidate dissertation plus Hall-of-Shoulders dossier) and must be re-anchored to a resolvable external source before it can seed a chapter. Claim: PARTIAL / REFUSE-ON-NUMBER. The candidate has ANTICIPATED the instrument-drift concern but supplies no per-epoch documentation-density or taxonomy-version census, and no same-true-value-same-code demonstration. The measurement table (Sec 4.", "facet": "measurement", "raised_by": "synthesis", "priority": "high", "query_terms": ["heritage depth", "parts-class", "test-fidelity", "epoch", "espoused theory enacted behavior", "heritage as-built audit", "organizational defensive routines space", "flight heritage reliability"], "status": "partial"}
{"q": "MODERATOR MISSING ANGLE: the panel densely covered identification, measurement, and mechanism but barely touched the ECONOMICS and PRIORITY facets on which the contribution's own policy claim rests. No panelist quantified the decision-economics of a wrong heritage discount (expected cost of an on-orbit subsystem loss from an unjustified test descope versus the qualification and acceptance budget saved), nor the base rate at which JPL-class boards substitute a weaker heritage claim for a stronger one. Phase 1 must source the cost-of-failure and test-campaign-cost magnitudes that make the H0-versus-H1 stakes material, and a base rate for heritage-driven descope decisions.", "facet": "economics", "raised_by": "moderator", "priority": "high", "query_terms": ["spacecraft mission assurance cost", "qualification acceptance test cost", "cost of on-orbit failure", "heritage descope decision base rate", "value of test program reliability", "NASA project cost growth"], "status": "open"}