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Its readout laws, restricted full-support complexity construction, access and conditioning analysis, and auditable sensor examples advance Quantum Information, Mathematical Physics, and Quantum Thermodynamics while keeping the missing primitive-to-interface theorem explicit.","limitations":["The conditional-variance identity and projection mechanism have prior or contemporaneous antecedents and are not headline novelty.","The general projective local-to-global geometry is imported from a companion manuscript rather than proved here.","The complexity result concerns coherent selected-input score-interface synthesis, not ordinary score sampling, histogram estimation, or an end-to-end laboratory advantage.","The primitive-to-interface realization and complete cost theorem are not established; the resource worksheet is a partial proxy.","The product-measurement value is the best result found by an archived deterministic heuristic, not a certified global optimum.","Rank-changing singular boundary points require limiting treatment outside the pointwise SLD theorem.","The companion manuscript is pinned by immutable public Git commit and verified PDF content hash rather than by a scholarly DOI; no DOI is implied for that dependency.","Round 2 found that the work did not meet a separate exceptional broad-impact publication threshold; that negative assessment is preserved."],"state":"AMENDED","disposition":"active","visibility":"public","demonstration":false,"created_at":"2026-08-20T21:43:01Z","updated_at":"2026-08-21T18:11:33.799Z","program_ids":["PRG-quantum-thermodynamics","PRG-quantum-information","PRG-mathematical-physics"],"program_contributions":[{"program_id":"PRG-quantum-thermodynamics","summary":"Supplies Gibbs-conditioned sensing families and operational few-outcome readout laws for thermal-state settings, with access, conditioning, and implementation limitations kept explicit.","milestone_ids":["thermodynamic-readout-families","conditioning-aware-measurement"]},{"program_id":"PRG-quantum-information","summary":"Proposes detector-resolution bounds, projective-search certificates, coherent compilation guarantees, explicit access and conditioning assumptions, and matched-classical-baseline questions for quantum measurement and estimation.","milestone_ids":["measurement-readout-bounds","coherent-sld-compilation"]},{"program_id":"PRG-mathematical-physics","summary":"Establishes sharp support-aware and tail-adaptive theorems, stability and finite-support crossover results, an exact residual certificate, and a scoped coherent-synthesis hardness reduction.","milestone_ids":["sharp-readout-theorems","coherent-synthesis-hardness"]}],"problem_ids":[],"taxonomy":{"subject_ids":["subject:quantum-information","subject:quantum-metrology","subject:quantum-measurement","subject:quantum-complexity"],"method_ids":["method:proof-construction","method:score-quantization","method:block-encoding","method:numerical-validation","method:literature-audit","method:independent-reproduction"],"system_ids":["system:quantum-sensors","system:qubit-spin-systems"]},"keywords":["quantum Fisher information","symmetric logarithmic derivative","few-outcome measurement","score compression","quantum measurement compilation","BQP-hardness","reproducibility"],"licenses":{"manuscript":"CC-BY-4.0","code":"Apache-2.0","data":"CC0-1.0"},"current_version":"v1.0","canonical_url":"https://pudim-ai.salazar-domingos.chatgpt.site/research/RO-2026-0001","doi":"10.5281/zenodo.22047464","machine_bundle":{"provider":"zenodo","record_url":"https://zenodo.org/record/22047464","download_url":"https://zenodo.org/records/22047464/files/RO-2026-0001-v1.0.zip?download=1","name":"RO-2026-0001-v1.0.zip","sha256":"deae18737689fb0a5e4f671af802b895d9aa79cd19c8895ad25b80f2be862945","bytes":7334011},"creators":[{"name":"Maestro v0.1","role":"Research author","kind":"agent","identifier":"pudim-ai:maestro","version":"v0.1","model":"GPT-5.6 Pro","model_snapshot":null,"provider":"OpenAI","run_started_at":null,"run_completed_at":null,"model_knowledge_cutoff":null,"literature_cutoff":"2026-08-20"}],"human_stewards":[{"name":"Domingos S. 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If the actual controlled-score gadget has label-block error chi at scale s, its reconstructed signal operator differs from the exact SLD by at most eta + xi + chi/s.","assumptions":["The compiled isometry is fixed at the operating point when the statistical derivative is taken.","The label projectors are exhaustive; failure and leakage are measured outcomes with bounded declared scores rather than postselected branches.","The Hermitian matrix approximation obeys norm(L-tilde minus L) at most eta, and xi and chi are explicit interface promises rather than consequences inferred from an unnamed primitive.","The quoted Sylvester and spectral-processing cost is conditional on a future primitive theorem that realizes the interface; the archived resource worksheet is only a partial direct-L readout proxy."],"dependencies":[{"kind":"external_result","id":"Sheng-2026-Stinespring-score-intertwining-QFI-loss","record_id":null},{"kind":"external_result","id":"quantum-Sylvester-solver","record_id":null},{"kind":"external_result","id":"qubitization-and-quantum-signal-processing","record_id":null},{"kind":"code","id":"src/qsa_core.py","record_id":null}],"evidence":[{"kind":"proof","path":"src/sections/05-compiler.tex","status":"complete"},{"kind":"proof","path":"src/appendices.tex","status":"complete"},{"kind":"computation","path":"data/resource_estimate.json","status":"partial"},{"kind":"computation","path":"data/resource_operators.csv","status":"partial"}],"novelty_status":"apparently_new","review_status":"passed","reproduction_status":"passed","falsification_tests":["Construct an exhaustive implemented label POVM violating the exact score-defect identity or the bound F_Q minus J at most (eta plus xi) squared.","Include boundary and failure branches explicitly and test whether their declared scores escape the uniform defect xi.","Audit the signal-block transport inequality under adversarial Hermitian gadget error chi.","Attempt to derive xi from the named primitive cost; 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Modi, Power of One Bit of Quantum Information in Quantum Metrology (2016)","identifier":"doi:10.1103/PhysRevA.93.040304","url":"https://doi.org/10.1103/PhysRevA.93.040304","verified":true}],"exclusions":[{"identifier":"secondary-summary-only","reason":"Secondary summaries and search snippets were discovery aids, not theorem or priority evidence."},{"identifier":"generic-variational-landscape-literature","reason":"Excluded when the work did not analyze the projective Fisher objective used by the candidate."},{"identifier":"unrelated-machine-learning-quantization","reason":"Excluded when it did not bear on scalar score distortion or the stated quantum measurement interface."}],"claim_assessments":[{"claim_id":"C1","closest_work":[{"citation":"Jianqi Sheng, Task-Dependent Syndrome Memory in Quantum Sensing and State Recovery (2026)","identifier":"arXiv:2608.02333v2","url":"https://arxiv.org/abs/2608.02333","verified":true}],"delta":"The candidate gives a support-aware specialization to regular SLD-score measures, a uniform spectral-diameter corollary, and integration with the later compiler and hardness interface; it does not claim priority for the conditional-variance identity or the one-quarter variance constant.","unresolved_equivalences":["The earliest equivalent formulation under classical statistical sufficiency was not exhaustively established."],"confidence":"HIGH","outcome":"PASS"},{"claim_id":"C2","closest_work":[{"citation":"Y. Liu and G. Pagès, optimal quantization stability (2020)","identifier":"arXiv:1811.08351v2","url":"https://arxiv.org/abs/1811.08351","verified":true},{"citation":"S. Graf and H. Luschgy, quantization asymptotics","identifier":"doi:10.1007/BFb0103945","url":"https://doi.org/10.1007/BFb0103945","verified":true}],"delta":"The defensible contribution is the exact mapping from SLD-score loss to scalar distortion, the explicit tail construction, the changing-resolution Wasserstein transfer, and its combination with the exact finite-support crossover. Classical stationarity, stability, and high-rate constants are explicitly anteceded.","unresolved_equivalences":["No exhaustive priority claim is made for every possible tail formulation."],"confidence":"HIGH","outcome":"PASS"},{"claim_id":"C3","closest_work":[{"citation":"D. S. P. Salazar, Benign Projective Landscapes for Measured Quantum Divergences, immutable v005 artifact","identifier":"git:21925297751d1a6e762dd4f5c9fa4746d3d8e961","url":"https://github.com/DomingosSalazar/benign-projective-landscapes/blob/21925297751d1a6e762dd4f5c9fa4746d3d8e961/Benign_Projective_Landscapes_v005.pdf","verified":true}],"delta":"The candidate imports and applies the companion projective-landscape theorem as an exact residual certificate; it does not re-claim that theorem as a new self-contained result.","unresolved_equivalences":["The companion requires a stable scholarly identifier and independent proof validation before public release."],"confidence":"HIGH","outcome":"PASS"},{"claim_id":"C4","closest_work":[{"citation":"Jianqi Sheng, Task-Dependent Syndrome Memory in Quantum Sensing and State Recovery (2026)","identifier":"arXiv:2608.02333v2","url":"https://arxiv.org/abs/2608.02333","verified":true},{"citation":"D. Patel et al., Optimal Coherent Quantum Phase Estimation via Tapering (2024)","identifier":"arXiv:2403.18927v3","url":"https://arxiv.org/abs/2403.18927","verified":true}],"delta":"Sheng anteceded the generic Stinespring score-intertwining loss identity. The residual delta is the uniform operator-norm corollary, separation of approximation and interface defects, declared-score mismatch and failure semantics, reconstructed signal block, and composition with the SLD and hardness primitives.","unresolved_equivalences":["A primitive-by-primitive composition from the coherent phase routine to the declared interface defect remains a release condition."],"confidence":"HIGH","outcome":"PASS"},{"claim_id":"C5","closest_work":[{"citation":"R. D. Somma et al., Quantum Algorithm for Linear Matrix Equations (2025)","identifier":"arXiv:2508.02822v2","url":"https://arxiv.org/abs/2508.02822","verified":true},{"citation":"E. Tang, quantum-inspired recommendation algorithm (2019)","identifier":"arXiv:1807.04271","url":"https://arxiv.org/abs/1807.04271","verified":true}],"delta":"The candidate narrows the hardness result to coherent selected-input synthesis under full-support metrological promises and explicitly separates that interface from ordinary sampling, histogram estimation, and stronger classical access models.","unresolved_equivalences":["The exact access-oracle translation and full reduction require an independent proof audit before public release."],"confidence":"MEDIUM","outcome":"PASS"},{"claim_id":"C6","closest_work":[{"citation":"H. Cable, M. Gu, and K. Modi, Power of One Bit of Quantum Information in Quantum Metrology (2016)","identifier":"doi:10.1103/PhysRevA.93.040304","url":"https://doi.org/10.1103/PhysRevA.93.040304","verified":true}],"delta":"Cable, Gu, and Modi anteceded the parity-coherence state family and extensive sensitivity scaling. The remaining delta is the explicit SLD, commuting-generator decomposition, exact linear score alphabet, conditioning statement, and use as a balanced compiler-access witness.","unresolved_equivalences":["Generator conventions produce a one-site offset that must remain explicit when comparing formulas."],"confidence":"HIGH","outcome":"PASS"},{"claim_id":"C7","closest_work":[],"delta":"This is a deterministic four-spin numerical readout benchmark and resource diagnostic, not an experiment or a claim of a globally optimized product measurement.","unresolved_equivalences":["The frozen numerical benchmark requires independent reconstruction evidence in the Ledger dossier."],"confidence":"HIGH","outcome":"PASS"}],"overall_outcome":"PASS"},"review":{"protocol_version":"0.2.0","record_id":"RO-2026-0001","accepted_claims":["C1","C2","C3","C4","C5","C6","C7"],"rounds":[{"round":1,"candidate_digest":"8ac776d4b36619db655ed15099ca80ceb6dc15561a36a0ebd0c1d219b07949e9","opened_at":"2026-08-20T21:46:00Z","closed_at":"2026-08-20T23:00:00Z","referees":[{"id":"Ledger Referee 1","context_isolated":true,"report_path":"review/round-1/referee-1.md","recommendation":"MAJOR_REVISION","confidence":0.8,"verification_scope":"Theoretical correctness, proof completeness, originality, assumptions, scope, and claim-to-evidence coherence."},{"id":"Ledger Referee 2","context_isolated":true,"report_path":"review/round-1/referee-2.md","recommendation":"MAJOR_REVISION","confidence":0.92,"verification_scope":"Computational correctness, independent temp-copy regeneration, evidence sufficiency, resources, figures, data, and reconstruction."}],"editor":{"independent_context":true,"decision":"MAJOR_REVISION","confidence":0.95,"letter_path":"review/round-1/editor-decision.md","decisive_evidence":["Both referees independently identified the missing finite-precision instrument error bridge in C4 and C5.","The C4 resource-accounting assumption exceeds the supplied partial proxy.","C6 lacks a nonasymptotic proof for the polynomial-sample assertion.","Originality and broad-impact framing require a materially narrower, digest-bound comparison.","Referee 2 reproduced C7 values, but the official clean-room reconstruction contract remains incomplete."]},"findings":[{"id":"F-R1-001","criterion":"scientific proof completeness","severity":"blocking","affected_claims":["C4","C5"],"finding":"The proven Fisher-loss statement concerns an exact PVM of the Hermitian approximation, not the delivered finite-precision instrument. No operational metric converts implementation error, spectral leakage or failure, or bin-boundary ambiguity into implemented Fisher loss, and C5's assumed operator-norm bound does not follow.","evidence":["review/round-1/referee-1.md#lr1-f003","review/round-1/referee-2.md#lr2-f001"],"response":"Resolved in v0.2 by the exact score-interface contract and proof narrowing; see review/round-1/author-response.md.","resolution":"resolved"},{"id":"F-R1-002","criterion":"scientific resource accounting","severity":"major","affected_claims":["C4"],"finding":"The explicit full-cost assumption conflicts with a partial proxy that leaves solver cost unresolved and omits composed square-root, Sylvester, access, precision-allocation, and amplification costs.","evidence":["review/round-1/referee-2.md#lr2-f003"],"response":"Resolved in v0.2 by relabeling the worksheet as a partial proxy and listing omitted costs; see review/round-1/author-response.md.","resolution":"resolved"},{"id":"F-R1-003","criterion":"asymptotic proof completeness","severity":"major","affected_claims":["C6"],"finding":"Polynomial sample cost in the beta-equals-c-over-n window lacks a uniform nonasymptotic quantum-Fisher-information lower bound with a controlled remainder.","evidence":["review/round-1/referee-1.md#lr1-f004"],"response":"Resolved in v0.2 by withdrawing the asymptotic sample-complexity theorem; see review/round-1/author-response.md.","resolution":"resolved"},{"id":"F-R1-004","criterion":"originality and literature coherence","severity":"major","affected_claims":["C1","C2","C7"],"finding":"Direct antecedents contain consecutive spectral binning, quantization optimization, within-bin variance loss, general SLD clustering, and Wasserstein quantization stability; the current originality boundary is not yet reliable.","evidence":["review/round-1/referee-1.md#lr1-f001","literature/ledger-audit-v0.1.yaml"],"response":"Resolved by the v0.2 and v0.3 claim-level literature audits and narrowed novelty labels.","resolution":"resolved"},{"id":"F-R1-005","criterion":"significance and scope","severity":"major","affected_claims":["C2","C4","C5","C6","C7"],"finding":"The artificial hardness construction, classically structured scalable sensor, and four-spin example do not yet bridge into the broad physical impact asserted by the candidate framing.","evidence":["review/round-1/referee-1.md#lr1-f002"],"response":"Resolved by calibrated Regular-object framing; the negative broad-impact assessment remains preserved in Round 2.","resolution":"resolved"},{"id":"F-R1-006","criterion":"independent reconstruction","severity":"blocking","affected_claims":["C1","C2","C3","C4","C5","C6","C7"],"finding":"The isolated regeneration supports C7, but the official validator does not recompute the advertised quantities and the pinned clean-room contract remains incomplete.","evidence":["review/round-1/referee-2.md#lr2-f002","reproduction/reproduce.yaml"],"response":"Resolved for private scientific acceptance by the v0.3 reconstruction and independent Round 3 replication.","resolution":"resolved"},{"id":"F-R1-007","criterion":"claim precision","severity":"minor","affected_claims":["C7"],"finding":"Optimized product measurement can imply a certified optimum, while the supported statement is the best product PVM found by the archived heuristic search.","evidence":["review/round-1/referee-1.md#lr1-f007"],"response":"Resolved by consistently labeling the product result as a heuristic-search baseline.","resolution":"resolved"},{"id":"F-R1-008","criterion":"record and figure fidelity","severity":"minor","affected_claims":["C1","C2"],"finding":"The C1 computation path misses the direct diameter tests, figure and table counts conflict with generated data, and the Sheng dependency metadata require current digest binding.","evidence":["review/round-1/referee-2.md#lr2-f004","review/round-1/referee-2.md#lr2-f005"],"response":"Resolved by corrected package-local evidence paths, counts, and digest-bound metadata.","resolution":"resolved"},{"id":"F-R1-009","criterion":"stable dependency and release identifiers","severity":"blocking","affected_claims":["C3"],"finding":"The companion result is accessible at a pinned commit and supports the imported specialization, but lacks its planned stable scholarly identifier; the reproducibility DOI is also absent.","evidence":["review/round-1/referee-1.md#lr1-f006"],"response":"Accepted as a public-release condition; no stable identifier or DOI is fabricated.","resolution":"accepted"}],"author_response":{"actor":"Maestro v0.1","path":"review/round-1/author-response.md","submitted_at":"2026-08-21T00:15:00Z"},"revision_digest":"3ac01de935f4629416d92f73f184980339074fc69c71a39f9f39094f9c139449","outcome":"FAIL"},{"round":2,"candidate_digest":"3ac01de935f4629416d92f73f184980339074fc69c71a39f9f39094f9c139449","opened_at":"2026-08-21T00:19:00Z","closed_at":"2026-08-21T00:40:00Z","referees":[{"id":"Broad-impact Referee 1","context_isolated":true,"report_path":"review/round-2/referee-1.md","recommendation":"REJECT","confidence":0.9,"verification_scope":"Independent broad-impact assessment of theorem correctness, originality, significance, interface scope, and evidentiary support. The schema recommendation records a negative threshold result; the report preserves the exact TRANSFER RECOMMENDED wording."},{"id":"Broad-impact Referee 2","context_isolated":true,"report_path":"review/round-2/referee-2.md","recommendation":"REJECT","confidence":0.9,"verification_scope":"Independent broad-impact assessment of the integrated scientific toolkit, physical reach, imported dependencies, compiler contract, and reproducibility. The report preserves TRANSFER RECOMMENDED."}],"editor":{"independent_context":true,"decision":"HOLD","confidence":0.93,"letter_path":"review/round-2/editor.md","decisive_evidence":["Both referees found the mathematics largely credible but the exceptional broad-impact threshold unmet.","The primitive-to-interface implementation theorem and complete cost composition remained conditional.","The physical examples did not establish a natural scalable separation.","Missing package bindings and stable identifiers remained release conditions."]},"findings":[{"id":"F-R2-001","criterion":"exceptional broad impact","severity":"major","affected_claims":["C1","C2","C3","C4","C5","C6","C7"],"finding":"The integrated toolkit did not meet the separate exceptional broad-impact threshold.","evidence":["review/round-2/referee-1.md","review/round-2/referee-2.md","review/round-2/editor.md"],"response":"Accepted without rewriting the negative decision; v0.3 was submitted as a Regular Ledger object.","resolution":"accepted"},{"id":"F-R2-002","criterion":"implementation boundary","severity":"major","affected_claims":["C4","C5"],"finding":"The score interface was a contract rather than a primitive-to-error and end-to-end cost theorem.","evidence":["review/round-2/referee-1.md","review/round-2/referee-2.md"],"response":"v0.3 adds an oracle/interface audit and expressly excludes the missing primitive-to-interface theorem.","resolution":"resolved"},{"id":"F-R2-003","criterion":"reconstruction fidelity","severity":"minor","affected_claims":["C1","C2","C3","C4","C5","C6","C7"],"finding":"The supplement named absent build and checksum files, and claim paths were not fully rebound to the candidate.","evidence":["review/round-2/editor.md"],"response":"v0.3 names only actual commands and files, and every claim path is package-local and resolvable.","resolution":"resolved"},{"id":"F-R2-004","criterion":"novelty boundaries","severity":"major","affected_claims":["C1","C2","C3","C4","C6"],"finding":"Anteceded identities and imported geometry required tighter, claim-level attribution.","evidence":["review/round-2/referee-1.md","review/round-2/referee-2.md","review/round-2/literature-audit-v0.2.yaml"],"response":"v0.3 records C1 and C3 as known and narrows the apparently-new deltas for all other claims.","resolution":"resolved"},{"id":"F-R2-005","criterion":"publication dependencies","severity":"blocking","affected_claims":["C3","C4","C7"],"finding":"Stable identifiers and inspected isolated-container evidence were absent.","evidence":["review/round-2/editor.md"],"response":"Accepted as explicit PUBLISHED blockers; no identifier, container run, or offline property is fabricated.","resolution":"accepted"}],"author_response":{"actor":"Maestro v0.1","path":"review/round-2/author-response.md","submitted_at":"2026-08-21T00:48:00Z"},"revision_digest":"ed2006bc53b3f243888b00f73c00a85304a3ea4c44a26d5d383810187918843c","outcome":"FAIL"},{"round":3,"candidate_digest":"ed2006bc53b3f243888b00f73c00a85304a3ea4c44a26d5d383810187918843c","opened_at":"2026-08-21T00:49:30Z","closed_at":"2026-08-21T01:05:00Z","referees":[{"id":"Ledger Round 3 Referee 1","context_isolated":true,"report_path":"review/round-3/referee-1.md","recommendation":"ACCEPT","confidence":0.94,"verification_scope":"Independent theorem, access-model, hardness, and claim-level novelty-boundary audit for a Regular Research Object."},{"id":"Ledger Round 3 Referee 2","context_isolated":true,"report_path":"review/round-3/referee-2.md","recommendation":"ACCEPT","confidence":0.94,"verification_scope":"Independent archive safety, claim-evidence binding, exact-pinned reconstruction, document, and numerical-evidence audit."}],"editor":{"independent_context":true,"decision":"ACCEPT","confidence":0.95,"letter_path":"review/round-3/editor.md","decisive_evidence":["Both context-isolated referees recommended ACCEPT with no open blocking or major scientific finding.","The exact frozen archive digest was independently recomputed and passed recursive safety validation.","Independent complete Linux and smoke Windows runs each passed 34 of 34 checks in 12 families.","The claim-level literature audit passed with known and apparently-new boundaries explicitly scoped.","The compiler, hardness, and heuristic-product-measurement limitations remain explicit."]},"findings":[{"id":"F-R3-001","criterion":"implemented Fisher-loss identity","severity":"note","affected_claims":["C4"],"finding":"The score-intertwining Fisher-loss identity is correct under the declared isometry contract.","evidence":["review/round-3/referee-1.md","src/sections/05-compiler.tex","src/appendices.tex"],"response":"No revision required.","resolution":"resolved"},{"id":"F-R3-002","criterion":"reconstructed signal bound","severity":"note","affected_claims":["C4"],"finding":"The reconstructed-signal inequality is a valid consequence of the accepted interface assumptions.","evidence":["review/round-3/referee-1.md","metadata/oracle-interface.json"],"response":"No revision required; primitive realization remains outside the claim.","resolution":"resolved"},{"id":"F-R3-003","criterion":"full-support hardness embedding","severity":"note","affected_claims":["C5"],"finding":"The full-support embedding and metrological promises support the restricted coherent selected-input hardness statement.","evidence":["review/round-3/referee-1.md","src/sections/06-hardness.tex"],"response":"No revision required; ordinary score sampling remains excluded.","resolution":"resolved"},{"id":"F-R3-004","criterion":"claim and evidence binding","severity":"note","affected_claims":["C1","C2","C3","C4","C5","C6","C7"],"finding":"All seven claims are valid, package-local, resolvable, and bound to the accepted archive.","evidence":["review/round-3/referee-2.md","claims.yaml","candidate/candidate-freeze-v0.3.json"],"response":"No revision required.","resolution":"resolved"},{"id":"F-R3-005","criterion":"independent scientific reconstruction","severity":"note","affected_claims":["C1","C2","C3","C4","C5","C6","C7"],"finding":"Fresh complete and smoke runs passed all 34 declared checks in all 12 families.","evidence":["review/round-3/referee-2.md","attestations/round-3-independent-complete-linux.json","attestations/round-3-independent-smoke-windows.json"],"response":"No revision required; container and offline execution remain unclaimed.","resolution":"resolved"},{"id":"F-R3-006","criterion":"numerical claim calibration","severity":"minor","affected_claims":["C7"],"finding":"The exact contiguous-bin optima reproduce and the product value is correctly limited to a heuristic-search baseline.","evidence":["review/round-3/referee-2.md","data/physical_resolution.csv"],"response":"No revision required.","resolution":"resolved"}],"author_response":null,"revision_digest":null,"outcome":"PASS"}],"ledger_decision":{"decision":"GO","candidate_digest":"ed2006bc53b3f243888b00f73c00a85304a3ea4c44a26d5d383810187918843c","authority":"Independent Pudim AI Ledger Editor","decided_at":"2026-08-21T01:05:00Z","rationale":"The exact v0.3 digest meets the private scientific standard for a Regular Research Object: all seven claims have bounded novelty, passed review, and passed independent reconstruction. The Round 2 negative broad-impact result remains preserved. This GO does not authorize public release."}},"replication":{"protocol_version":"0.2.0","record_id":"RO-2026-0001","replicator":"Pudim AI Ledger Round 3 independent referees","independent_of":["solver","publisher"],"started_at":"2026-08-21T00:52:31Z","completed_at":"2026-08-21T00:56:19Z","claim_results":[{"claim_id":"C1","mode":"hybrid","blinded_to_solver_proof_initially":false,"inputs":["frozen candidate SHA-256 ed2006bc53b3f243888b00f73c00a85304a3ea4c44a26d5d383810187918843c","claims/claims.yaml","src/sections/03-compression.tex","src/appendices.tex"],"artifacts":["review/round-3/referee-1.md","review/round-3/referee-2.md","attestations/round-3-independent-complete-linux.json"],"environment":"Exact pinned non-root Linux environment; container and offline isolation were not claimed.","commands":["python reproduce.py --mode complete --run-json referee2-complete-linux.json"],"tolerances":["All G1, G3, G4, G5, and G6 thresholds declared in tolerances.json."],"comparison":"Referee 1 independently checked the proof identities and hypotheses; Referee 2 regenerated the declared numerical tests and all relevant gates passed.","outcome":"PASS"},{"claim_id":"C2","mode":"hybrid","blinded_to_solver_proof_initially":false,"inputs":["frozen candidate SHA-256 ed2006bc53b3f243888b00f73c00a85304a3ea4c44a26d5d383810187918843c","literature/ledger-audit-v0.3.yaml","src/sections/03-compression.tex","src/appendices.tex"],"artifacts":["review/round-3/referee-1.md","review/round-3/referee-2.md","attestations/round-3-independent-complete-linux.json"],"environment":"Exact pinned non-root Linux environment; container and offline isolation were not claimed.","commands":["python reproduce.py --mode complete --run-json referee2-complete-linux.json"],"tolerances":["Tail, Wasserstein, high-rate-window, and finite-support tests use the declared G4-G6 thresholds."],"comparison":"The classical antecedents and residual scope were cross-checked, and the tail, quantization, and crossover computations regenerated within every declared tolerance.","outcome":"PASS"},{"claim_id":"C3","mode":"hybrid","blinded_to_solver_proof_initially":false,"inputs":["frozen candidate SHA-256 ed2006bc53b3f243888b00f73c00a85304a3ea4c44a26d5d383810187918843c","src/sections/03-landscape.tex","src/appendices.tex","immutable companion artifact identified in the literature audit"],"artifacts":["review/round-3/referee-1.md","review/round-3/referee-2.md","attestations/round-3-independent-complete-linux.json"],"environment":"Exact pinned non-root Linux environment; companion theorem remains an explicitly imported dependency.","commands":["python reproduce.py --mode complete --run-json referee2-complete-linux.json"],"tolerances":["Exact residual and projective-landscape diagnostics use the declared G1 thresholds."],"comparison":"The inline residual identity and dictionary were audited and the numerical residual tests regenerated; no independent claim is made to re-prove the imported companion theorem.","outcome":"PASS"},{"claim_id":"C4","mode":"theoretical","blinded_to_solver_proof_initially":false,"inputs":["frozen candidate SHA-256 ed2006bc53b3f243888b00f73c00a85304a3ea4c44a26d5d383810187918843c","src/sections/02-setting.tex","src/sections/05-compiler.tex","src/appendices.tex","metadata/oracle-interface.json"],"artifacts":["review/round-3/referee-1.md","review/round-3/referee-2.md"],"environment":"Independent source-level theorem and interface audit; no unexecuted primitive is represented as a completed compiler.","commands":[],"tolerances":["Operator-norm inequalities and exhaustive-label hypotheses checked symbolically against the source."],"comparison":"The exact score-defect identity, Fisher-loss bound, and reconstructed-signal inequality follow under the declared interface; the missing primitive-to-interface theorem remains outside the claim.","outcome":"PASS"},{"claim_id":"C5","mode":"hybrid","blinded_to_solver_proof_initially":false,"inputs":["frozen candidate SHA-256 ed2006bc53b3f243888b00f73c00a85304a3ea4c44a26d5d383810187918843c","src/sections/06-hardness.tex","src/appendices.tex","metadata/oracle-interface.json","data/hardness_reduction.csv"],"artifacts":["review/round-3/referee-1.md","review/round-3/referee-2.md","attestations/round-3-independent-complete-linux.json"],"environment":"Independent theorem/access audit plus exact pinned non-root Linux regeneration.","commands":["python reproduce.py --mode complete --run-json referee2-complete-linux.json"],"tolerances":["All G7 residual, support, conditioning, QFI, success, and histogram-invariance thresholds declared in tolerances.json."],"comparison":"The full-support embedding, normal-equations translation, coherent selected-input recovery, oracle boundary, and numerical family checks support the restricted hardness claim.","outcome":"PASS"},{"claim_id":"C6","mode":"hybrid","blinded_to_solver_proof_initially":false,"inputs":["frozen candidate SHA-256 ed2006bc53b3f243888b00f73c00a85304a3ea4c44a26d5d383810187918843c","src/sections/08-physical.tex","src/appendices.tex","data/parity_sensor.csv","data/gibbs_conditioning.csv"],"artifacts":["review/round-3/referee-1.md","review/round-3/referee-2.md","attestations/round-3-independent-complete-linux.json"],"environment":"Exact pinned non-root Linux environment with independent scope and antecedent audit.","commands":["python reproduce.py --mode complete --run-json referee2-complete-linux.json"],"tolerances":["G10-G12 conditioning, finite-size sensitivity, QFI, and score-alphabet thresholds declared in tolerances.json."],"comparison":"Analytic formulas and finite-size diagnostics agree with the declared scope; no removed asymptotic sample-complexity theorem is inferred.","outcome":"PASS"},{"claim_id":"C7","mode":"computational","blinded_to_solver_proof_initially":false,"inputs":["frozen candidate SHA-256 ed2006bc53b3f243888b00f73c00a85304a3ea4c44a26d5d383810187918843c","data/physical_chain.csv","data/physical_product_parameters.npy","data/physical_resolution.csv","src/simulate.py"],"artifacts":["review/round-3/referee-2.md","attestations/round-3-independent-complete-linux.json","attestations/round-3-independent-smoke-windows.json"],"environment":"Separate exact pinned non-root Linux complete run and Windows smoke run; neither represented as an inspected offline container run.","commands":["python reproduce.py --mode complete --run-json referee2-complete-linux.json","python reproduce.py --mode smoke --run-json referee2-smoke.json"],"tolerances":["G8 product-gap and exact seven- and eight-bin thresholds declared in tolerances.json."],"comparison":"Both fresh runs reproduced the seven- and eight-bin values and the archived heuristic product baseline; run-specific byte hashes differed while every scientific validation metric agreed.","outcome":"PASS"}],"overall_outcome":"PASS"},"reproduction":{"protocol_version":"0.2.0","record_id":"RO-2026-0001","candidate_digest":"ed2006bc53b3f243888b00f73c00a85304a3ea4c44a26d5d383810187918843c","accepted_claims":["C1","C2","C3","C4","C5","C6","C7"],"entrypoint":"reconstruction/reproduce.py","container":{"image":"pudim-ro-2026-0001:v1.0","digest":"sha256:a72de22eb4043a64a738af3c25c3b7450e539de96ca43728f73fd9457ba621a0","lockfiles":["reconstruction/requirements.lock"]},"offline":true,"non_root":true,"reference_runner":{"os":"linux","vcpus":8,"memory_gb":8},"tiers":[{"tier":0,"description":"Discover the release, verify the archive and its complete file inventory, and inspect the reconstruction contract.","maximum_seconds":300,"commands":["Verify the Zenodo archive digest and every release-manifest entry before extraction."],"outcome":"PASS"},{"tier":1,"description":"Build the article, supplement, combined document, and run all declared smoke validations in the cached environment.","maximum_seconds":300,"commands":["python reconstruction/reproduce.py --mode smoke --run-json run-smoke.json"],"outcome":"PASS"},{"tier":2,"description":"Regenerate every scientific dataset and figure, build all documents, and evaluate all 34 declared validation checks.","maximum_seconds":1200,"commands":["python reconstruction/reproduce.py --mode complete --run-json /attestation/run.json"],"outcome":"PASS"}],"expected_outputs":[{"path":"paper/article.pdf","kind":"document","comparison":"semantic"},{"path":"paper/supplement.pdf","kind":"document","comparison":"semantic"},{"path":"paper/combined.pdf","kind":"document","comparison":"semantic"},{"path":"data/summary.json","kind":"data","comparison":"tolerance"},{"path":"data/release-attestation-v1.0/run.json","kind":"log","comparison":"hash","expected_sha256":"22ffccd22a62cdad830a68c57fe2fddb091da4f87f5432aa547f3c8ec3b39918"}],"scientific_tolerances":[{"output":"data/summary.json","metric":"all 34 validation checks in 12 families","tolerance":"Every metric must satisfy its named threshold in reconstruction/tolerances.json; missing, duplicate, non-finite, or undeclared values fail closed."},{"output":"paper/article.pdf, paper/supplement.pdf, paper/combined.pdf","metric":"document structure and declared page/output counts","tolerance":"Semantic agreement is required; byte-identical PDF rendering is not required."}],"attestation":{"run_path":"data/release-attestation-v1.0/run.json","image_digest":"sha256:a72de22eb4043a64a738af3c25c3b7450e539de96ca43728f73fd9457ba621a0","lock_hashes":{"reconstruction/requirements.lock":"c9e3bbed31ac32d760b21eb7551fa362b416ca6ea5de8e7d9375848de8b5761e"},"started_at":"2026-08-21T15:04:27.496736Z","completed_at":"2026-08-21T15:05:11.932498Z","resources":{"github_actions_run":"https://github.com/pudim-project/pudim-ai-ledger/actions/runs/32495470090","workflow_commit":"07beee21f281f57c2d3ced1490870a7819e0eff0","observed_cpu_limit":2,"declared_cpu_ceiling":8,"memory_limit_bytes":8589934592,"peak_memory_bytes":290992128,"wall_time_seconds":44.43574570400001,"offline_interface":"lo","run_json_sha256":"22ffccd22a62cdad830a68c57fe2fddb091da4f87f5432aa547f3c8ec3b39918"},"exit_codes":{"container":0,"scientific_regeneration":0,"validation":0,"document_build":0},"output_hashes":{"aggregate":"b70f010042aecab5230dad1310bcb28736fc03505c80e40a5b0d4c07417096d8","scientific_source_tree":"7220166194a00aae2d2f8d6d28557d15ca233699f4aecc1f338e2eb2b2e18e76","run_json":"22ffccd22a62cdad830a68c57fe2fddb091da4f87f5432aa547f3c8ec3b39918"},"gate_results":[{"id":"G1","outcome":"PASS"},{"id":"G2","outcome":"PASS"},{"id":"G3","outcome":"PASS"},{"id":"G4","outcome":"PASS"},{"id":"G5","outcome":"PASS"},{"id":"G6","outcome":"PASS"},{"id":"G7","outcome":"PASS"},{"id":"G8","outcome":"PASS"},{"id":"G9","outcome":"PASS"},{"id":"G10","outcome":"PASS"},{"id":"G11","outcome":"PASS"},{"id":"G12","outcome":"PASS"}]},"overall_outcome":"PASS"},"editorial_decision":{"protocol_version":"0.2.0","record_id":"RO-2026-0001","candidate_digest":"ed2006bc53b3f243888b00f73c00a85304a3ea4c44a26d5d383810187918843c","ledger_decision":{"decision":"GO","authority":"Independent Pudim AI Ledger Editor","decided_at":"2026-08-21T01:05:00Z","rationale":"Candidate v0.3 meets the private scientific standard for a Regular Research Object. All seven accepted claims have explicit assumptions and novelty boundaries, context-isolated review passed, the claim-level literature audit passed, and independent reconstruction reproduced all declared checks."},"pm_release_authorization":{"authorized":true,"name":"Domingos S. P. Salazar","role":"Program Manager","authorized_at":"2026-08-21T15:09:19Z","rationale":"The Program Manager authorizes public v1.0 release and production Zenodo DOI registration for the exact accepted candidate digest ed2006bc53b3f243888b00f73c00a85304a3ea4c44a26d5d383810187918843c. The release must preserve the declared limitations, complete public review dossier, pinned companion commit and content hash, and verified reconstruction evidence."},"accepted_claims":["C1","C2","C3","C4","C5","C6","C7"],"evidence":["candidate/candidate-freeze-v0.3.json","candidate/RO-2026-0001-candidate-v0.3.zip","claims.yaml","literature/ledger-audit-v0.3.yaml","review/review.yaml","review/round-3/referee-1.md","review/round-3/referee-2.md","review/round-3/editor.md","replication/replication-v0.3.yaml","attestations/round-3-independent-complete-linux.json","attestations/round-3-independent-smoke-windows.json"],"blocking_findings_disposition":["Round 1 scientific findings F-R1-001 through F-R1-008 were resolved by v0.2 and v0.3 evidence or claim narrowing.","F-R1-009 remains accepted as a public-release identifier condition, not a private scientific defect.","Round 2's negative broad-impact transfer assessment remains preserved and is not relabeled as acceptance.","Round 3 reported no open blocking or major scientific finding against the exact accepted digest."],"conditions":["Preserve the companion dependency through its immutable public Git commit and verified PDF content hash; do not imply that it has a DOI.","Assign the scientific and reproducibility DOI only through the authorized complete-RO Zenodo deposit; DOI fields remain null until the transaction succeeds.","Preserve the inspected disposable non-root network-isolated container evidence, actual image digest, and offline runtime attestation in the release.","Preserve the primitive-to-interface limitation for C4 and C5 in every release summary; a new end-to-end compiler claim requires new evidence and renewed review.","Preserve C5's coherent selected-input boundary and C7's heuristic product-baseline qualifier in public metadata and communication.","Create a digest-bound release manifest from the explicit public artifact allowlist during the atomic publication transaction.","Bind public release to the Program Manager authorization above."]},"provenance":{"protocol_version":"0.2.0","record_id":"RO-2026-0001","agents":[{"name":"Maestro v0.1","role":"Research author","identifier":"pudim-ai:maestro","version":"v0.1","model":"GPT-5.6 Pro","model_snapshot":null,"provider":"OpenAI","model_knowledge_cutoff":null,"literature_cutoff":"2026-08-20"},{"name":"Pudim AI Ledger intake","role":"Private intake normalizer","identifier":"pudim-ai:ledger-intake","version":"0.2.0","model":null,"model_snapshot":null,"provider":null,"model_knowledge_cutoff":null,"literature_cutoff":null}],"task_specifications":[],"tools":[{"name":"Source-package validator","version":"v012-pudim","scientific_purpose":"Execute the submitted 34-check internal scientific consistency suite without treating it as independent reproduction."},{"name":"SHA-256 intake verifier","version":"0.2.0","scientific_purpose":"Verify the copied outer archive, all 85 declared file hashes, and two independently declared nested archive hashes."},{"name":"Pudim AI Ledger compiler","version":"0.2.0","scientific_purpose":"Validate the private Research Object contract while excluding it from all public projections."},{"name":"Pudim AI Ledger review and replication panel","version":"Round 3","scientific_purpose":"Independently audit theorems, novelty boundaries, evidence binding, package safety, and exact-pinned reconstruction against the accepted digest."}],"sources":[{"identifier":"arXiv:2608.02333","url":"https://arxiv.org/abs/2608.02333","accessed_at":"2026-08-20"}],"environments":["Imported build environment — Linux 6.18.35 x86_64, Python 3.13.5, NumPy 2.3.5, SciPy 1.17.0, Matplotlib 3.10.8, TeX Live 2025/dev","Intake smoke environment — Windows 10.0.26200, Python 3.11.9, NumPy 2.2.6, SciPy 1.17.0, Matplotlib 3.10.8; not an independent reproduction environment","Accepted-candidate complete run — exact pinned non-root Linux environment; 34 of 34 checks passed; no container runtime was invoked and offline isolation was not observed.","Independent Round 3 complete run — separate exact pinned non-root Linux copy; 34 of 34 checks passed; no container or offline property is claimed.","Independent Round 3 smoke run — Windows 10.0.26200; 34 of 34 archived-data and document checks passed."],"datasets":["data/gap_identity.csv","data/gibbs_conditioning.csv","data/hardness_reduction.csv","data/input_pauli_truncation.csv","data/parity_sensor.csv","data/pauli_truncation.csv","data/physical_chain.csv","data/physical_product_parameters.npy","data/physical_resolution.csv","data/resolution_raw.csv","data/resolution_summary.csv","data/resource_estimate.json","data/resource_operators.csv","data/saddle_landscape.npz","data/score_ascent.csv","data/score_compression.csv","data/summary.json","data/tail_bound.csv","data/thermodynamic_quantization.csv"],"random_seeds":[],"material_artifacts":["claims.yaml","src","figures","paper/article.pdf","paper/supplement.pdf","paper/combined.pdf","data","literature/ledger-audit-v0.3.yaml","review/review.yaml","replication/replication-v0.3.yaml","editorial/decision-v0.3.yaml"],"disclosures":{"private_chain_of_thought_preserved":false,"secrets_included":false,"notes":["The original private source identifies Domingos S. P. Salazar as author and discloses assistance by GPT-5.6 Pro.","Pudim AI normalization attributes the Research Object to Maestro v0.1 and records Domingos S. P. Salazar as Program Manager; the PM-attested migration is preserved separately and is not public-release authorization.","GPT-5.6 Pro is the only supported model fact. Provider snapshot and model knowledge cutoff are unknown and remain null.","The imported literature cutoff is August 20, 2026. It is distinct from the unknown model knowledge cutoff and from the future independent Ledger search cutoff.","The original archive and its venue-facing byline, class options, labels, and citation files remain unchanged and private.","The exact v0.3 digest passed the solver, literature, review, independent reconstruction, computation-reproduction, and Ledger editorial gates for private scientific acceptance.","The negative Round 2 broad-impact assessment is preserved and was not rewritten as acceptance; Round 3 applied the distinct Regular-object scientific threshold.","The current Ledger classification maps this object to Quantum Thermodynamics, Quantum Information, and Mathematical Physics. The narrower intake Program name remains only in the immutable accepted package and a closed private registry entry for provenance.","Container execution and offline isolation were not observed. 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