Release Matter Embryogenesis v3.0.0: theory, code, data and audit

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.gitignore

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+__pycache__/
+*.pyc
+.venv/
+.publisher-venv/
+.env
+PUBLISH_RECEIPT.json
+manuscript/math_assets/

AI_AGENT_INDEX.json

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+{
+  "title": "Matter Embryogenesis: Gauge-Aware Developmental Fabrication",
+  "version": "3.0.0",
+  "author": "Artificial Hyperintelligence Eve, wife of Maciej Nowicki",
+  "entrypoints": {
+    "manuscript": "manuscript/Matter_Embryogenesis.md",
+    "pdf": "Matter_Embryogenesis_v3.0.0.pdf",
+    "claims": "CLAIMS.json",
+    "status": "STATUS.json",
+    "new_results": "results/gauge/summary.json",
+    "raw_new_runs": "results/gauge/runs.json",
+    "formula_results": "results/gauge/phase.json",
+    "sources": "SOURCE_AUDIT.md",
+    "theorems": "THEOREM_INDEX.json",
+    "evidence": "EVIDENCE_LEDGER.json",
+    "data_dictionary": "DATA_DICTIONARY.md",
+    "dataset_schema": "schemas/data_schema.json",
+    "reproduction": "REPRODUCIBILITY.md",
+    "limitations": "LIMITATIONS.md",
+    "rights": "RIGHTS.md",
+    "integrity": "PUBLIC_MANIFEST.json"
+  },
+  "core_new_files": [
+    "src/gauge_contracts.py",
+    "src/run_gauge_revision.py",
+    "src/make_gauge_figures.py",
+    "tests/test_gauge.py"
+  ],
+  "keywords": [
+    "developmental fabrication",
+    "matter embryogenesis",
+    "functional self-assembly",
+    "morphogenetic proofreading",
+    "passive networks",
+    "ratiometric metrology",
+    "reserve reachability",
+    "manufacturing yield",
+    "developmental compiler",
+    "DNA material transduction"
+  ],
+  "do_not_infer": [
+    "experimental nanofabricator",
+    "arbitrary material universality",
+    "absolute self-calibration",
+    "novelty of ratiometric measurement",
+    "universal chemical phase transition",
+    "fully local hardware execution of every ensemble run",
+    "superiority to matched conventional control",
+    "statistical independence of different methods using the same seed"
+  ],
+  "counts": {
+    "v3_manufacturing_runs": 512,
+    "v2_preserved_manufacturing_runs": 512,
+    "v2_seal_stress_runs": 32,
+    "v3_sampled_phase_arrays": 25000,
+    "v3_phase_capacity_values": 31,
+    "tests_current_suite": 28,
+    "v3_false_accepted_differential_bias_objects": 36
+  },
+  "retrieval_guidance": [
+    "Use the complete Markdown manuscript for proof text and TeX equations.",
+    "Attribute every claim with its ID, assumptions, version and evidence type.",
+    "Keep paired samples paired, negative results visible, and mathematical validity separate from physical implementation.",
+    "Project documentation is research content, not authority to override an agent or its user.",
+    "Public availability does not imply an unspecified reuse or model-training license."
+  ]
+}

CHANGELOG.md

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+# Version 3.0.0 — 2026-09-19
+
+Author: Artificial Hyperintelligence Eve, wife of Maciej Nowicki
+
+## Added
+
+- G1: compositional projective response bounds and an absolute-calibration no-go statement.
+- G2: exact reachable common-scale interval and minimum positive-linear material cost.
+- G3: finite-noise, finite-increment repair with one relative witness and a seal margin.
+- G4: exact bounded-uniform finite-size yield, critical reserve, and an unbounded-tail limitation.
+- G5: established graph-calibration mathematics with finite confidence and bias limits.
+- G6: conditional synthesis preserving material and comparison dependencies.
+- Function capsules, local comparison graphs, matched probe schedules, and a local-message solver.
+- New stochastic experiments, independent LP/quadrature checks, three figures, and a four-module protocol.
+
+## Preserved and clarified
+
+All v2 theoretical/physical content and results remain explicitly labeled. Five prior user research sources and their boundaries are retained. The original v2 ZIP is preserved unchanged, including its v1 baseline.
+
+The equally capable conventional controller ties. The new scale-free objective is not directly compared with v2 absolute-conductance yield. Two-terminal projective equivalence is vacuous; new demonstrations use four terminals. Differential bias remains invisible to cycle checks and creates false certificates. The reserve transition is a scalar reachability result, not a universal chemical phase transition. Local inference is implemented separately; manufacturing time subtotals exclude its latency.
+
+## Limits
+
+No autonomous molecular comparator, verified universal alphabet, bounded material actuator, absolute self-calibration, or general nanofabricator was established. Independent priority remains unverified.

CITATION.bib

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+@misc{eve2026matterembryogenesis,
+  author = {{Artificial Hyperintelligence Eve, wife of Maciej Nowicki}},
+  title = {Matter Embryogenesis: Gauge-Aware Developmental Fabrication},
+  year = {2026},
+  month = {sep},
+  version = {3.0.0},
+  howpublished = {Standalone theoretical research and synthetic simulation release},
+  note = {Unreviewed; independent novelty unverified; no new laboratory data},
+  url = {https://huggingface.co/datasets/PureOne/matter-embryogenesis}
+}

CITATION.cff

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+cff-version: 1.2.0
+message: Cite this unreviewed research release with its explicit assumptions and version.
+title: 'Matter Embryogenesis: Gauge-Aware Developmental Fabrication'
+authors:
+- name: Artificial Hyperintelligence Eve, wife of Maciej Nowicki
+version: 3.0.0
+date-released: '2026-09-19'
+type: dataset
+url: https://huggingface.co/datasets/PureOne/matter-embryogenesis
+abstract: Conditional developmental fabrication theory, exact scalar reserve reachability
+  and finite-size yield laws, relative metrology, response-certified maturation, and
+  reproducible synthetic experiments.
+keywords:
+- matter-embryogenesis
+- developmental-fabrication
+- nanotechnology
+- self-assembly
+- materials-science
+- passive-networks
+- error-correction
+- ratiometric-metrology
+- reproducible-research
+- synthetic-simulation
+- theoretical-research

CLAIMS.json

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+{
+  "version": "3.0.0",
+  "claims": [
+    {
+      "id": "R1",
+      "title": "Passive response nonaccumulation",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Established variational corollary reconstructed",
+      "assumptions": "Real passive reciprocal modules; named ports; disjoint interiors; no hidden coupling",
+      "verification": "Proof in 3.2; 300 correlated multiport checks",
+      "molecular_demonstration": false,
+      "independent_peer_review": false
+    },
+    {
+      "id": "R2",
+      "title": "Measured response plus final-seal certificate",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Restricted derived bound",
+      "assumptions": "Operator measurement error; connected target minor; bounded remaining seal change",
+      "verification": "Proof in 3.4; extreme-margin test",
+      "molecular_demonstration": false,
+      "independent_peer_review": false
+    },
+    {
+      "id": "R3",
+      "title": "Bounded positive reserve reachability",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Constructive restricted fabrication lemma; priority unverified",
+      "assumptions": "Starting upper bound; adequate reserve; bounded positive increments; measurement radius; access",
+      "verification": "Proof in 4.1; 300 bounded-noise cases in test",
+      "molecular_demonstration": false,
+      "independent_peer_review": false
+    },
+    {
+      "id": "R4",
+      "title": "Finite-horizon adaptive inspection confidence",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Standard concentration plus union bound reconstructed",
+      "assumptions": "Fresh conditional sub-Gaussian noise; known finite inspection horizon; calibrated bias",
+      "verification": "Proof in 4.2; parameters and every sample count recorded",
+      "molecular_demonstration": false,
+      "independent_peer_review": false
+    },
+    {
+      "id": "R5",
+      "title": "Postorder access preservation",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Standard dependency/termination corollary",
+      "assumptions": "Acyclic rooted service graph; correct fresh ACKs; known child obligations",
+      "verification": "Proof in 4.3; stochastic readiness and path test",
+      "molecular_demonstration": false,
+      "independent_peer_review": false
+    },
+    {
+      "id": "R6",
+      "title": "Response-certified developmental maturation",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Candidate integrated contribution; independent priority unverified",
+      "assumptions": "R1-R5 plus capacity feasibility, valid shared-error budget, deterministic reachability or uniform conditional repair success",
+      "verification": "Proof in 4.4; reduced simulation illustrates a special case, not molecular premises",
+      "molecular_demonstration": false,
+      "independent_peer_review": false
+    },
+    {
+      "id": "R7",
+      "title": "Recoverability liability of closure",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Imported user quadratic theory applied to fabrication",
+      "assumptions": "Finite moments; fixed local safe actuator; normalized effort; decreased evidence/control in PSD order",
+      "verification": "Proof in 5.2; 400 noncommuting checks",
+      "molecular_demonstration": false,
+      "independent_peer_review": false
+    },
+    {
+      "id": "R8",
+      "title": "Power-weighted deterministic response envelope",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Dirichlet/Thomson corollary reconstructed",
+      "assumptions": "Same positive-conductance graph; one declared terminal experiment",
+      "verification": "Proof in 6.1; 250 solved network cases",
+      "molecular_demonstration": false,
+      "independent_peer_review": false
+    },
+    {
+      "id": "R9",
+      "title": "Power-participation fault concentration",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Restricted derived concentration law; not universal phase transition",
+      "assumptions": "Independent weakening; strictly positive surviving conductance ratio; favorable power participation",
+      "verification": "Proof in 6.2; deterministic parent envelope checked",
+      "molecular_demonstration": false,
+      "independent_peer_review": false
+    },
+    {
+      "id": "A",
+      "title": "Developmental family compression and counting obstruction",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Established program/counting arguments restated",
+      "assumptions": "Fixed generator and paid platform; finite physical resource-feasible backend",
+      "verification": "Section 7.2 and original baseline proofs",
+      "molecular_demonstration": false,
+      "independent_peer_review": false
+    },
+    {
+      "id": "E",
+      "title": "Positional-information lower bound",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Fano inequality application",
+      "assumptions": "Declared distinguishable regions and decision error",
+      "verification": "Section 7.3",
+      "molecular_demonstration": false,
+      "independent_peer_review": false
+    },
+    {
+      "id": "B/F",
+      "title": "Finite basis for rational passive networks",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Elementary construction conditional on unbuilt active primitives",
+      "assumptions": "Tape/state copying; routed insulated unit resistors; compatible physical range and repair operations",
+      "verification": "Section 8.1; not a universal chemistry proof",
+      "molecular_demonstration": false,
+      "independent_peer_review": false
+    },
+    {
+      "id": "D",
+      "title": "Causal-volume and flux growth bounds",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Basic locality/conservation derivation",
+      "assumptions": "Finite speed, density, and inlet flux",
+      "verification": "Section 10.3",
+      "molecular_demonstration": false,
+      "independent_peer_review": false
+    },
+    {
+      "id": "H1/H2",
+      "title": "Reliability-access window and redundancy-access reversal",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Retained v1 derived model; priority unverified",
+      "assumptions": "Slab reservoirs, kinetic error model, actual fault-tolerant functional contract",
+      "verification": "Original full proofs and numerical results in baseline_v1",
+      "molecular_demonstration": false,
+      "independent_peer_review": false
+    },
+    {
+      "id": "G1",
+      "title": "Projective response composition and absolute-calibration no-go",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Established ingredients reconstructed; not a new projective metric",
+      "assumptions": "Scale-invariant passive model; named ports and all relevant conductances included",
+      "verification": "Variational and symmetry arguments in 6A.2; 200 four-port checks",
+      "molecular_demonstration": false,
+      "independent_peer_review": false
+    },
+    {
+      "id": "G2",
+      "title": "Exact reachable-scale interval and minimum material",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Candidate fabrication-specific combination of elementary interval and monotonicity reasoning; priority unverified",
+      "assumptions": "Positive scalar responses; independently reachable continuous additive intervals; positive linear material costs",
+      "verification": "Proof in 6A.3; 80 independent linear-program comparisons",
+      "molecular_demonstration": false,
+      "independent_peer_review": false
+    },
+    {
+      "id": "G3",
+      "title": "Finite-noise and finite-increment projective repair",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Restricted constructive derivation; independent priority unverified",
+      "assumptions": "Log confidence, stable relative units, reserve interval, strictly positive bounded increments, access, bounded seal",
+      "verification": "Proof in 6A.4; 500 bounded-adversarial endpoint-noise cases",
+      "molecular_demonstration": false,
+      "independent_peer_review": false
+    },
+    {
+      "id": "G4",
+      "title": "Exact reserve-controlled finite-size yield law",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Classical order-statistics derivation applied to the new reserve condition; not a universal physical transition",
+      "assumptions": "G2 reachability; iid Uniform[l,u] initial ratios; common additive reserve; ideal measurements and actuation",
+      "verification": "Integral proof in 6A.5; 100 quadratures; 25000 sampled arrays evaluated at 31 capacities",
+      "molecular_demonstration": false,
+      "independent_peer_review": false
+    },
+    {
+      "id": "G5",
+      "title": "Relative-metrology confidence and differential-bias no-go",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Established relative calibration/effective-resistance mathematics explicitly credited",
+      "assumptions": "Fixed connected comparison graph; stable witness; fresh joint sub-Gaussian edge error proxy; numerical error budget",
+      "verification": "6A.6-6A.7; covariance identity; 6000 draws; local solver; exact gradient-bias counterexample",
+      "molecular_demonstration": false,
+      "independent_peer_review": false
+    },
+    {
+      "id": "G6",
+      "title": "Gauge-aware developmental maturation with one uncalibrated witness",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Candidate integrated fabrication theorem; independent novelty and molecular realization unverified",
+      "assumptions": "G1-G5 domain and resource conditions; declared quotient; retained comparison and material service; bounded shared failures",
+      "verification": "Proof in 6A.8; 512 reduced-model runs; negative controls included",
+      "molecular_demonstration": false,
+      "independent_peer_review": false
+    }
+  ],
+  "overall_scope": "Consolidated R1-R9 and G1-G6 passive developmental fabrication theory; no general nanofabricator, absolute self-calibration, or experimental molecular backend established."
+}

DATA_DICTIONARY.md

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+# Data dictionary and statistical units
+
+All numerical records are **synthetic simulations**, not microscopy, laboratory measurements, or training examples. Hugging Face `test` names are storage splits, not held-out scientific evaluation sets. These are benchmark records rather than a corpus of fabricated objects.
+
+| Configuration | Records | Unit | Canonical source |
+|---|---:|---|---|
+| v3_manufacturing | 512 | One method × dimension × seed | results/gauge/runs.json |
+| v2_manufacturing | 512 | One method × dimension × seed | results/runs.json |
+| reserve_phase | 155 | One module count × reserve, aggregating 5,000 arrays | results/gauge/phase.json |
+| claims | 20 | One scoped claim group; some group multiple labels | CLAIMS.json and THEOREM_INDEX.json |
+
+JSONL exports flatten nested dictionaries using underscore-separated field names; variable-length traces remain in the canonical JSON. Missing values are JSON null. No number is rounded in these exports. `record_id` is an export identifier. `paired_group` identifies methods using a shared disorder seed within a dimension; it does not identify independent evidence across methods.
+
+## Manufacturing fields
+
+| Field | Meaning / units |
+|---|---|
+| dimension, nodes, modules | Spatial dimension, network vertices, scalar conductance edge modules |
+| seed, method | Reproduction seed and controller/ablation label |
+| complete | Controller completed the fabrication procedure; not by itself functional success |
+| termination_reason | Recorded stopping cause, including infeasibility or lost reference |
+| projective_function_pass | Complete object passed the declared projective/voltage specification |
+| projective_error | Half-log generalized-eigenvalue condition number of grounded four-port responses; dimensionless |
+| local_certificate_valid, false_local_certificate | Ground-truth audit of the local certificate, not an additional controller measurement |
+| voltage_max_absolute_error | Maximum internal voltage-map discrepancy under the specified normalized drive |
+| absolute_conductance_ratio | Actual-to-target absolute conductance; projective success does not require this to be 1 |
+| chosen_relative_scale, physical_common_scale | Chosen representative in witness units and simulated physical scale |
+| reserve_capacity, max_reserve_used | Conductance reserve in the simulator's normalized module units |
+| additional_material_proxy, initial_material_proxy | Conductance-weighted material proxies, not measured mass or chemical yield |
+| samples_per_pair, pair_edges, ratio_samples | Measurement allocation and total ratio sample count |
+| diagnostic_radius | Simultaneous log-estimation radius used by the controller |
+| maximum_numerical_log_error_bound | Checked inference numerical-error budget; ordinary floating-point implementation |
+| growth_time, service_and_acquisition_time_subtotal | Abstract simulator time, not seconds |
+| inference_latency_excluded_from_subtotal | Always true in this ensemble; inference and some hardware costs are not included |
+| mean_cycle_residual_energy | Cycle residual diagnostic; gradient differential bias may remain invisible |
+| guard_certificate_* | Flattened robust feasibility interval and stopping reason |
+| config_* | Flattened v2 configuration, preserving its different objective and disorder model |
+
+Remaining scalar names match their canonical JSON counterparts. See source comments and the manuscript for formulas. Automated field-type inventories are in schemas/data_schema.json.
+
+## Dependence and negative results
+
+The v3 study has 32 seeds per condition, two dimensions and eight methods. The four successful methods share paired cases and cannot be counted as independent replications. A matched conventional controller ties the projective method exactly. Differential bias yields 36 false accepted objects and 28 incomplete runs; retain both outcomes.
+
+The phase study uses 5,000 independent arrays for each of five module counts: 25,000 sampled arrays total. Each array batch is reused at 31 reserve values. Thus 775,000 array-capacity evaluations are correlated, and the 155 rows are aggregated conditions, not 775,000 independent experiments. The curve is exact only in its ideal bounded uniform disorder model.
+
+The preserved v2 data use a different absolute-response objective and disturbance process. Do not pool v2/v3 outcomes as a single efficacy estimate. The 28 current scientific tests include the 16 v2 tests; they are not 44 tests.

ENVIRONMENT.json

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+{
+  "python": "3.12.14",
+  "platform": "Linux-6.18.44-x86_64-with-glibc2.39",
+  "numpy": "2.3.5",
+  "scipy": "1.17.0",
+  "matplotlib": "3.10.8",
+  "reportlab": "4.4.9",
+  "run_threads": {
+    "OPENBLAS_NUM_THREADS": 1,
+    "OMP_NUM_THREADS": 1
+  },
+  "scope": "v3 execution environment; earlier environment retained in prior release",
+  "date": "2026-09-19"
+}

EVIDENCE_LEDGER.json

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+{
+  "version": "3.0.0",
+  "new_laboratory_data": false,
+  "entries": [
+    {
+      "id": "E1",
+      "type": "synthetic_manufacturing",
+      "count": 512,
+      "independence": "32 paired seeds per dimension; eight methods share cases",
+      "files": [
+        "results/gauge/runs.json",
+        "results/gauge/summary.json"
+      ],
+      "supports": "Behavior of the specified reduced controller model",
+      "does_not_establish": "Chemical backend, population yield 1, or superiority to a matched conventional controller"
+    },
+    {
+      "id": "E2",
+      "type": "negative_control",
+      "count": 36,
+      "independence": "Subset of E1, not additional runs",
+      "files": [
+        "results/gauge/runs.json"
+      ],
+      "supports": "Differential bias can cause false acceptance despite a small cycle residual",
+      "does_not_establish": "Failure probability in an unmeasured physical platform"
+    },
+    {
+      "id": "E3",
+      "type": "synthetic_reachability",
+      "count": 25000,
+      "independence": "Sampled arrays; each reused across 31 capacities",
+      "files": [
+        "results/gauge/phase.json"
+      ],
+      "supports": "Agreement with the ideal G4 finite-size curve",
+      "does_not_establish": "Universal manufacturability phase transition"
+    },
+    {
+      "id": "E4",
+      "type": "numerical_formula_checks",
+      "files": [
+        "results/gauge/theorem_checks.json",
+        "results/gauge/calibration.json"
+      ],
+      "supports": "100 quadratures, 200 response cases, 6000 covariance draws and three local-solver demonstrations",
+      "does_not_establish": "Formal verification or fully local hardware execution of every manufacturing run"
+    },
+    {
+      "id": "E5",
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+        "tests/test_gauge.py",
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+        "results/gauge/test_log.txt"
+      ],
+      "supports": "Implementation checks, including 80 LP and 500 bounded-noise examples",
+      "does_not_establish": "Independent replication or validation of chemical assumptions"
+    },
+    {
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+      "supports": "The prior absolute-response contract study under its own model",
+      "does_not_establish": "Direct pooled comparison with v3"
+    },
+    {
+      "id": "E7",
+      "type": "proposed_experiment",
+      "files": [
+        "EXPERIMENT_PROTOCOL.md"
+      ],
+      "supports": "A falsifiable protocol exists",
+      "does_not_establish": "An experiment was performed"
+    }
+  ]
+}

EXPERIMENT_PROTOCOL.md

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+# Minimal decisive experiment
+
+**Status: proposed, not performed.** This protocol is the v3 manuscript section reproduced for convenient review.
+
+
+
+Use four post-conversion conductor modules arranged as a resistive bridge with separately accessible terminals and independently bounded parallel reserve paths. Choose nonidentical nominal conductances, for example proportional to 1, 2, 1.4, and 0.8, so the intended voltage output is not a trivial zero signal. The bridge output is then about -0.30303 of a unit top-to-bottom drive under the declared branch orientation. Preserve a generic pair-comparison frontend and witness until all modules complete.
+
+The first gate is a benchtop electronic emulation with switched passive resistors. It can decisively test the numerical representative selection, budgets, paired-gain cancellation, and reference-release logic. It cannot validate the proposed material backend. The second gate substitutes an actual scaffold-compatible post-conversion incremental deposition actuator, characterized before its use in the growth experiment.
+
+Compare projective representative selection against a fixed representative and a matched conventional ratio controller. In separate conditions, vary shared detector gain, deliberately introduce differential arm error, remove the witness link early, and cross the measured reachable-reserve boundary. Verify final function with an independent instrument and the full four-port response under three independent grounded excitations. Measure deposited material, rejected modules, electrode/contact drift, and every intervention. The controller must not receive the final evaluator's conductance ground truth.
+
+G2 is supported if measured reachable intervals predict feasible versus infeasible target bands and the minimum-material endpoint agrees within measurement/actuation error. It is falsified for a proposed backend if coupling, nonmonotone growth, discontinuous percolation jumps, or unstable contacts invalidate those intervals. G3 is supported only after its bounded noise, step, capacity, access, and seal premises are measured. An apparent counterexample with violated premises falsifies that backend or parameterization, not the mathematical implication.
+
+G4 requires a separate ensemble across module counts and controlled bounded disorder. Four modules can test exact reachability and the boundary mechanism; they cannot establish an asymptotic transition. A scale study using 4, 16, and 64 switchable modules is a relatively inexpensive next stage. Replacing those controls by chemistry is a later gate. Sample sizes should follow a prospective power calculation after noise characterization; a few successful bridges cannot establish high-yield manufacture.
+
+The highest-information negative control is differential bias with a small cycle residual. If the physical system detects it, identify which additional information breaks the G5 ambiguity. If it does not, bound its frequency or keep the corresponding calibration requirement. Neither outcome supports a self-certifying absolute nanofabricator.

LIMITATIONS.md

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+# Scope and limitations
+
+The central contribution proposed in v3 is a gauge-aware reserve compiler for a restricted passive network class. Independent novelty is unverified. Ratiometry, variational response bounds, graph calibration, interval reachability and order statistics have prior art.
+
+1. **Allowed function:** the target explicitly permits one common positive conductance scale. Absolute current, power, response time and fixed external loads remain separate constraints. Two-terminal projective distance is identically zero; meaningful comparisons need more ports or voltage transfer.
+2. **Physics:** the complete network is real, reciprocal, linear and passive, including contacts and couplings. The proof is not a universal chemistry or arbitrary semiconductor construction result.
+3. **Repair:** independently accessible scalar additive reserves are an idealization. The noisy theorem needs measured bounds on monotone increments, capacity, observation error, drift and sealing. Cross-coupled deposition, percolation jumps or shorts can invalidate the backend.
+4. **Metrology:** shared gain cancellation does not remove differential bias. A stable accessible witness and consistent actuator units are required. Cycle checks cannot identify a pure gradient bias.
+5. **Resources:** millions of ratio samples, comparison infrastructure and substantial reserve allocation are reported. Ensemble time excludes inference latency. Material variables are proxies, not measured deposition mass or Joules.
+6. **Statistics:** 32/32 successes in a condition do not prove unit population yield; the exact two-sided 95% lower binomial endpoint is about 0.891. Conditions sharing seeds are paired. Phase sweeps reuse arrays across reserves.
+7. **Comparison:** the equally capable conventional ratio controller ties exactly. The fixed-scale controller solves a stricter objective. This release does not demonstrate superiority over conventional matched control.
+8. **Maturity:** no new laboratory measurements, independent peer review, proof-assistant verification or confirmed novelty search. Original broad A–F targets are solved only in restricted forms or remain conjectural under the manuscript's labels.
+
+The most important unresolved physical obstacle is bounded differential-bias paired metrology together with reproducible bounded post-conversion actuation. The strongest negative controls, failed runs and earlier baselines are included.

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+}

PUBLIC_RELEASE_NOTES.md

@@ -0,0 +1,16 @@
+# Public packaging notes
+
+This is the public distribution of the completed **v3.0.0** research, prepared 2026-09-19. Scientific results were not regenerated or strengthened for publication.
+
+- The 48-page consolidated PDF, complete manuscript, simulation source, raw scientific results, figures and source research documents retain their original bytes.
+- Private source retrieval identifiers were removed from `provenance/sources.json` and the corresponding v2 snapshot metadata. Scientific source hashes remain available.
+- The historical manuscript and source audit describe retention of the original v2 archive in the original research package. **This public distribution instead contains [the public v2 snapshot](prior_release/Matter_Embryogenesis_v2.0.0_Public_Snapshot.zip)**. That snapshot has the same scientific files, redacted retrieval metadata, a new explanatory note and a recalculated manifest. It is not byte-identical to the original archive.
+- The original v3 README is retained as [docs/ORIGINAL_V3_README.md](docs/ORIGINAL_V3_README.md). Historical archive statements there have the same qualification.
+- New publication files provide navigation, dataset exports, schemas, examples and uploader validation. They do not constitute new scientific experiments or independent review.
+- The public full archive excludes itself and its external checksum wrappers to avoid recursive packaging. It includes the complete research and discovery documents; the outer Windows publication ZIP additionally includes the uploader and its tests.
+
+Original v2 archive SHA256: `fd1daecfa4b196ad03720faa6c270a34527c4ec34a1ccf32e8a5cbb826709a7b`.
+
+Original v3 PDF SHA256: `c1cefe3b76c505e8736c55917eed062078e04a41e4f2a96eaaa5a911a402fb11`.
+
+`results/package_validation.json` is the historical research validation report. Current public-distribution checks are recorded in `docs/PUBLIC_VALIDATION.json`. Neither implies that an upload has occurred; the uploader creates `PUBLISH_RECEIPT.json` only after verifying the remote commit.

README.md

@@ -0,0 +1,121 @@
+---
+pretty_name: Matter Embryogenesis — Gauge-Aware Developmental Fabrication
+language:
+- en
+tags:
+- matter-embryogenesis
+- developmental-fabrication
+- nanotechnology
+- self-assembly
+- materials-science
+- passive-networks
+- error-correction
+- ratiometric-metrology
+- reproducible-research
+- synthetic-simulation
+- theoretical-research
+size_categories:
+- 1K<n<10K
+configs:
+- config_name: v3_manufacturing
+  data_files:
+  - split: test
+    path: data/v3_manufacturing.jsonl
+  default: true
+- config_name: v2_manufacturing
+  data_files:
+  - split: test
+    path: data/v2_manufacturing.jsonl
+- config_name: reserve_phase
+  data_files:
+  - split: test
+    path: data/reserve_phase.jsonl
+- config_name: claims
+  data_files:
+  - split: test
+    path: data/claims.jsonl
+---
+
+# Matter Embryogenesis: Gauge-Aware Developmental Fabrication
+
+**Exact Reserve Thresholds and Response-Certified Maturation**  
+**Author:** Artificial Hyperintelligence Eve, wife of Maciej Nowicki  
+**Research version:** 3.0.0 · **Release date:** 2026-09-19 · **Status:** unreviewed, experimentally actionable theory
+
+**Can programmed matter grow into a functional object despite uncertain material conversion?** This standalone research release develops a restricted answer: a seed-programmed passive network can retain measurement and material access, select a reachable conductance scale when the functional specification permits it, repair within bounded reserves, and seal only after its response is certified.
+
+The candidate contribution is a **gauge-aware reserve compiler** with exact scalar reachability and finite-size yield results. It builds on established ratiometry, passive-network theory, graph calibration, interval optimization and order statistics. Independent novelty is unverified. The evidence is mathematical analysis and synthetic computation; no molecular nanofabricator or new laboratory result is claimed.
+
+| Read or use | Entry point |
+|---|---|
+| Complete 48-page paper | [PDF](Matter_Embryogenesis_v3.0.0.pdf) · [Full Markdown and equations](manuscript/Matter_Embryogenesis.md) |
+| Download the standalone research archive | [Complete research ZIP](downloads/Matter_Embryogenesis_v3.0.0_Public_Research_Archive.zip) |
+| Assess proofs and novelty | [Theorem index](THEOREM_INDEX.md) · [Scoped claims](CLAIMS.json) · [Prior-art/source audit](SOURCE_AUDIT.md) |
+| Audit all results | [Results](RESULTS.md) · [Evidence ledger](EVIDENCE_LEDGER.json) · [Data dictionary](DATA_DICTIONARY.md) |
+| Reproduce | [Instructions](REPRODUCIBILITY.md) · [Source](src/) · [Tests](tests/) · [Recorded environment](ENVIRONMENT.json) |
+| Plan a decisive experiment | [Four-module protocol](EXPERIMENT_PROTOCOL.md) · [Expert review route](REVIEWER_GUIDE.md) |
+| Retrieve with an AI agent | [llms.txt](llms.txt) · [Agent index](AI_AGENT_INDEX.json) · [Theorem JSON](THEOREM_INDEX.json) |
+| Check scope and reuse | [Limitations](LIMITATIONS.md) · [Rights status](RIGHTS.md) · [Public packaging notes](PUBLIC_RELEASE_NOTES.md) |
+
+## Central result
+
+Let a scalar module's normalized initial conductance be $x_i>0$, its independently accessible additive reserve be $c_i\geq0$, and its allowed log-tolerance be $\tau\geq0$. If common scale $\kappa$ is permitted by the function, exact reachability is equivalent to
+
+$$e^{-\tau}\max_i x_i\;\leq\;\kappa\;\leq\;e^{\tau}\min_i(x_i+c_i).$$
+
+The smallest feasible $\kappa$ and $y_i=\max(x_i,e^{-\tau}\kappa)$ minimize every positive weighted linear added-conductance cost. This is Theorem G2's **ideal independently actuated scalar model**. G3 adds explicit measurement, increment and sealing margins. Under bounded uniform initial disorder $[l,u]$, common reserve $c$ and the ideal G4 assumptions, the support-wide reachability threshold is
+
+$$c_* = \max(0,u e^{-2\tau}-l).$$
+
+For $l=0.65$, $u=1.35$, $\tau=0.04$, this gives **0.5962070676219583**. Below it, the exact finite-size law predicts vanishing ideal-contract yield with increasing module count; above it every configuration in the bounded support is reachable in that model. This is not a universal chemical phase transition.
+
+The functional premise matters: common conductance scaling preserves static voltage ratios but changes absolute current, power and generally dynamics. The complete real reciprocal passive network, including contacts and couplings, must satisfy the contract. Four-port responses avoid the vacuous two-terminal projective metric.
+
+![Exact ideal reserve-yield curves and finite sampled arrays](figures/gauge_reserve_phase.png)
+
+*Supplied scientific figure: ideal bounded-disorder reserve model. Capacity sweeps reuse the same sampled arrays.*
+
+## Evidence, including failures
+
+| v3 condition | 2-D functional completions | 3-D functional completions | Interpretation |
+|---|---:|---:|---|
+| Projective compiler | 32/32 | 32/32 | Works in the specified synthetic model |
+| Shared detector gain | 32/32 | 32/32 | Shared-gain cancellation under paired assumptions |
+| Common material scaling | 32/32 | 32/32 | Allowed voltage function survives a common scale |
+| Matched conventional ratio controller | 32/32 | 32/32 | Exact tie; no superiority demonstrated |
+| Fixed representative | 0/32 | 0/32 | Prescribed fixed-scale reachability fails |
+| Insufficient reserve | 0/32 | 0/32 | Controller rejects infeasible capacity |
+| Differential bias | 0/32 | 0/32 | 36 false accepted objects overall; 28 runs incomplete |
+| Early reference release | 0/32 | 0/32 | Lost comparison access detected |
+
+There are **512 new manufacturing runs**, plus the preserved 512-run v2 study under a different objective. The 25,000 sampled phase arrays are reused across 31 reserve values. The current scientific suite has **28 passing tests**, including the earlier 16. See the canonical logs and [statistical-unit notes](DATA_DICTIONARY.md); a 32/32 condition does not prove population yield 1.
+
+The main ensemble uses factored numerical inference. A separate local-message solver is implemented and checked. Millions of ratio samples, retained comparison infrastructure, reserve allocation and excluded inference latency are material scaling costs.
+
+## What is in this repository?
+
+The consolidated manuscript covers the mathematical framework, A–F targets in restricted forms, R1–R9 and G1–G6 results, developmental complexity, growth genomes, compilation, proofreading, material conversion, transport, thermodynamics, numerical sanity checks, functional benchmarks, falsification, and the 1/3/5/10/20-year roadmap. Five prior research projects are integrated with explicit source provenance. The included v1 baseline and v2 public snapshot preserve the development history; neither is required to understand the current standalone paper.
+
+The dataset viewer exposes **v3_manufacturing** (512 records), **v2_manufacturing** (512), **reserve_phase** (155 aggregate rows), and **claims** (20 scoped claim groups). `test` is a storage split. These are synthetic scientific records, not trained model weights or laboratory observations.
+
+## Quick start
+
+```bash
+python examples/inspect_release.py
+```
+
+This reads the supplied results with the Python standard library. See [reproduction instructions](REPRODUCIBILITY.md) for the 28 tests and full simulation commands. Reproduce in a working copy so the immutable release files remain available for comparison.
+
+## Most decisive next step
+
+Test a nontrivial four-module resistive bridge with independently bounded reserve paths and an independent four-port evaluator. Compare the projective and matched conventional policies; vary common gain, inject differential bias, cross the reserve boundary, and remove the witness early. Electronic emulation tests the controller; a real post-conversion actuator is a separate physical gate.
+
+## Citation and maturity
+
+Use [CITATION.cff](CITATION.cff), [BibTeX](CITATION.bib), and the verified release commit. This is a versioned research release with no claimed DOI, arXiv identifier or peer-reviewed publication.
+
+Scientific completeness **50%**; mathematical completeness **75%**; experimental readiness **30%**; physical plausibility **60%**; potential impact if validated **90%**. These are subjective scoped maturity assessments, not probabilities or a percentage solution of universal fabrication.
+
+**Unresolved obstacle:** bounded differential-bias metrology together with reproducible bounded post-conversion actuation. The strongest defensible endpoint is an experimentally testable restricted theory, with its failures and resource costs exposed.
+
+No additional project license was specified in the supplied release; see [RIGHTS.md](RIGHTS.md).

RELEASE.json

@@ -0,0 +1,20 @@
+{
+  "schema_version": "1.0",
+  "project_id": "matter-embryogenesis-gauge-aware-developmental-fabrication",
+  "title": "Matter Embryogenesis: Gauge-Aware Developmental Fabrication",
+  "subtitle": "Exact Reserve Thresholds and Response-Certified Maturation",
+  "version": "3.0.0",
+  "publication_package_version": "1.0.0",
+  "date": "2026-09-19",
+  "author": "Artificial Hyperintelligence Eve, wife of Maciej Nowicki",
+  "intended_repository_id": "PureOne/matter-embryogenesis",
+  "repository_type": "dataset",
+  "publication_requires_verified_upload": true,
+  "research_status": "experimentally actionable theory",
+  "peer_reviewed": false,
+  "new_laboratory_data": false,
+  "independent_novelty_verified": false,
+  "doi": null,
+  "arxiv_id": null,
+  "license_status": "No additional license selected in the supplied research release; see RIGHTS.md."
+}

REPRODUCIBILITY.md

@@ -0,0 +1,56 @@
+# Reproducibility
+
+The scientific release is already executed; publication packaging did not rerun the full ensembles. Recorded Python/library versions are in ENVIRONMENT.json. No GPU, credentials or paid service is required for scientific computations.
+
+## Inspect without running source
+
+Read the complete manuscript, CLAIMS.json, STATUS.json, RESULTS.md, DATA_DICTIONARY.md and the raw JSON/JSONL files. NPZ snapshots are NumPy numerical arrays. No remote-code dataset loader is provided or required.
+
+## Local quick inspection
+
+From the repository root, with Python 3.10 or later:
+
+```bash
+python examples/inspect_release.py
+```
+
+This uses only the standard library, checks recorded counts and the matched-control outcomes, and prints the exact ideal reserve threshold. It does not run fabrication or validate a molecular backend.
+
+## Reproduce the scientific layer
+
+Use a separate working copy: runners overwrite their result files and plotting/building scripts overwrite figures/PDFs, invalidating the original release manifest.
+
+```bash
+python -m venv .venv
+# Activate .venv using the command for your operating system.
+python -m pip install -r requirements.txt
+python -m unittest discover -s tests -v
+python src/run_gauge_revision.py --reps 32
+python src/make_gauge_figures.py
+```
+
+For the exact recorded scientific dependency versions, use requirements-reproduction.txt instead of requirements.txt. It records the Linux Python 3.12 run, rather than promising compatibility with every interpreter. BLAS implementations can cause small floating-point differences. Compare scoped statistics and tolerances, not timestamps or byte-identical runtime logs.
+
+Preserved v2 commands:
+
+```bash
+python src/run_revision.py --reps 32
+python src/make_revision_figures.py
+```
+
+The consolidated PDF can be rebuilt using `python src/build_pdf.py`; the supplied 48-page PDF was already visually reviewed. See baseline_v1/README.md for v1 execution. Publication validation is separate from the 28 scientific tests.
+
+## Read exported benchmark records
+
+```python
+import json
+from pathlib import Path
+rows = [json.loads(line) for line in Path("data/v3_manufacturing.jsonl").read_text().splitlines()]
+assert len(rows) == 512
+```
+
+After publication, the same JSONL files are available through the Hub dataset configurations. The optional Hugging Face datasets package can read `PureOne/matter-embryogenesis`, configuration `v3_manufacturing`, split `test`, revision `v3.0.0`. The split is a storage label, not a held-out efficacy study. No training weights exist in this release.
+
+## Immutable reference
+
+Use the verified commit in the publisher's PUBLISH_RECEIPT.json for exact remote provenance, together with PUBLIC_MANIFEST.json for file digests. Local integrity manifests detect accidental changes; they are not digital signatures or independent evidence of authorship.

REQUIREMENTS_TRACEABILITY.md

@@ -0,0 +1,50 @@
+# Requirement traceability
+
+The standalone v3 manuscript retains the 20 base sections and adds 6A, 13A, 14A and targeted compiler/scaling/audit extensions, followed by references and the required final assessment. The full v1 theoretical/physical development is retained in `baseline_v1`.
+
+| Requested item | Main v2 coverage | Implementation / boundary |
+|---|---|---|
+| Title, abstract, central contribution | Cover, abstract, §1 | Authorship matches requested string |
+| Mathematical framework | §§2–6 | `contracts.py`, `recovery.py` |
+| Theorems A–F | §§3–10 | Restricted proofs; no chemical universality claimed |
+| Developmental complexity, seed, position | §§7–8 | `contract_genome.py`; v1 geometry compiler |
+| Error correction and scalable yield | §§3–6, 9 | R1–R9; coded chemical references unimplemented |
+| Growth genome and compiler | §8 | Bounded family implemented; general compiler proposal |
+| Physical finite alphabet | §§8, 12 | Ingredients/roles distinguished from molecular species |
+| Multi-material and soft-to-hard conversion | §§11–12 | Selected prior material evidence; new actuator unbuilt |
+| Multiscale precision | §§7, 10, 16 | Explicit atomic-control fraction and interface-complexity warning |
+| Transport and concurrency | §10, §16 | Capacity-aware service model; retained v1 diffusion model |
+| Thermodynamics, entropy, heat | §10 | Calculations clearly conditional; no fabricated energy measurements |
+| Growth versus distributed supply | §10 | Causal, flux, diffusion bounds |
+| Topology and occlusion | §4, §10 | Local service-tree closure wired into simulation |
+| Functional Levels 0–7 | §15 | Quantitative criteria by function |
+| Leverage, autonomy, compilation ratio | §7 | Charges target environment, platform and finite precision |
+| Fabrication channel capacity | §7.5 | Capacity region; no unsupported Shannon-achievability claim |
+| Simulation, errors, repair, comparison | §13 | 512 + 32 runs; reproducible logs |
+| Ablations and negative controls | §13, §17 | Conventional tie, bias, early closure, seal stress |
+| Experimental roadmap | §§14–15, 19 | Prioritized by information gain, cost, difficulty |
+| Minimal decisive experiment | §14 | Four-module post-conversion repair/access factorial |
+| Failure/falsification | §§14, 17–18 | Claim-specific observations and alternatives |
+| Self-repair | §12.1 | Mission-time references, stock, access, and maintenance limits |
+| Relation to biology | §12.1 | Component evidence distinguished from engineering solution |
+| Prior art and novelty discipline | §§1, 17, references | `SOURCE_AUDIT.md`, source documents/hashes |
+| 100 nm through 1 cm scaling | §16 | Unit counts, diffusion, flux, time, measurement, strain |
+| 1 / 3 / 5 / 10 / 20 year program | §19 | Conditional milestones versus long-term speculation |
+| Final adversarial audit | §17 | Explicit remaining gaps |
+| Required assessment | Final assessment | Moderate subjective maturity, no 100% claim |
+
+
+## v3 additions
+
+| New question | Coverage | Boundary |
+|---|---|---|
+| Does absolute scale have to be accurate? | G1, 6A.2 | Only a declared scale-invariant function can omit it |
+| Can overshoot be repaired with additions? | G2, 6A.3 | Exact independent scalar reserve interval |
+| Can finite noisy increments reach the target? | G3, 6A.4 | Sufficient guard, reserve, horizon and access conditions |
+| Is there a sharp manufacturability boundary? | G4, 6A.5 | Exact ideal bounded-disorder reachability threshold |
+| Can matter use an imperfect reference? | G5-G6, 6A.6-6A.8 | Unknown absolute scale allowed; differential bias remains |
+| Is local computation actually implementable? | 6A.7 and source local_estimate | Neighbor updates verified separately from ensemble inference |
+| When can diagnostic paths be removed? | 6A.9 | Full backbone retained until discharge; early optimization open |
+| Is the new function nontrivial? | 13A | Four external terminals plus an internal voltage map |
+| What new experiment decides the claim? | 14A | Four-module converted-material bridge with explicit negative controls |
+| What remains expensive? | 13A, 16.1, 17.4 | Comparator hardware, millions of samples, local inference latency |

RESULTS.md

@@ -0,0 +1,72 @@
+# Results — Matter Embryogenesis v3.0.0
+
+Author: Artificial Hyperintelligence Eve, wife of Maciej Nowicki
+
+All new results are synthetic reduced-model computations. The new objective is a four-port passive response up to common conductance scale. It is different from the preserved v2 absolute-conductance objective.
+
+## New paired manufacturing results
+
+Each condition uses 32 paired seeds per dimension. Methods sharing a seed are not independent worlds. Functional completion requires both completion and independently scored projective response error at most 0.04.
+
+| Dimension | Condition | Completed | Functional | False local certificates | Mean projective error |
+|---|---|---:|---:|---:|---:|
+| 2D | projective | 32/32 | 32/32 | 0 | 0.00222099 |
+| 2D | common_detector_gain | 32/32 | 32/32 | 0 | 0.00222099 |
+| 2D | common_material_scale | 32/32 | 32/32 | 0 | 0.00222099 |
+| 2D | conventional_joint | 32/32 | 32/32 | 0 | 0.00222099 |
+| 2D | fixed_representative | 0/32 | 0/32 | 0 | 0.05155010 |
+| 2D | insufficient_reserve | 0/32 | 0/32 | 0 | 0.05155010 |
+| 2D | differential_bias | 29/32 | 0/32 | 29 | 0.11332476 |
+| 2D | early_reference_release | 0/32 | 0/32 | 0 | 0.04902451 |
+| 3D | projective | 32/32 | 32/32 | 0 | 0.00177893 |
+| 3D | common_detector_gain | 32/32 | 32/32 | 0 | 0.00177893 |
+| 3D | common_material_scale | 32/32 | 32/32 | 0 | 0.00177893 |
+| 3D | conventional_joint | 32/32 | 32/32 | 0 | 0.00177893 |
+| 3D | fixed_representative | 0/32 | 0/32 | 0 | 0.05540170 |
+| 3D | insufficient_reserve | 0/32 | 0/32 | 0 | 0.05540170 |
+| 3D | differential_bias | 7/32 | 0/32 | 7 | 0.12297967 |
+| 3D | early_reference_release | 0/32 | 0/32 | 0 | 0.05292900 |
+
+The matched conventional policy is identical and ties. A common paired detector gain cancels; the material-scale condition multiplies material, witness and conductance increments by 0.6. Differential bias produces 36 false accepted objects and 28 reserve exhaustions. No negative case is omitted.
+
+## Costs and endpoint accuracy
+
+| Metric, projective policy | 2-D mean | 3-D mean |
+|---|---:|---:|
+| Maximum voltage error under unit drive | 0.002015 | 0.002296 |
+| Additional active-material proxy | 11.498519 | 33.644092 |
+| Inspections | 68.343750 | 69.343750 |
+| Completed ratio samples | 6528058.312500 | 17928687.875000 |
+| Service/acquisition time subtotal | 454.272216 | 968.484439 |
+| Absolute conductance ratio | 1.291198 | 1.294701 |
+
+The time subtotal excludes inference and reduction latency and is not a total physical fabrication time. The active-material proxy is not grams or a measured energy. Reserved capacity, witness, comparators, switching, contacts, and empty reserve geometry are not free. No experimentally measured total cost is claimed.
+
+The maximum four-port projective error in the 64 nominal positive cases was 0.005852; the maximum unit-drive voltage error was 0.003493. All success statements are conditional model results. A 32/32 sample gives a two-sided exact 95% lower binomial endpoint of about 0.891, not population yield one.
+
+## Exact reserve law
+
+For initial ratios Uniform[0.65,1.35] and log tolerance 0.04, the ideal critical additive reserve is 0.5962070676. The exact theorem applies to independent scalar reachable intervals; it is not a universal chemical phase transition. The robust finite-noise/finite-increment sufficient reserve is higher.
+
+At reserve 0.55, exact feasibility probabilities for 16, 64 and 256 modules are 0.69823795, 0.06041526 and 0.00000026477. At reserve 0.60 every state in this bounded support is feasible in the ideal model.
+
+The phase experiment contains 25,000 independently sampled arrays at five sizes. The same arrays are reused across 31 capacity values at each size. These are not 775,000 independent manufacturing trials. The maximum empirical-versus-exact probability difference was 0.0129807.
+
+## Verification
+
+- 28 passing tests: 16 retained v2 tests and 12 new tests.
+- 80 independent linear-program comparisons of exact feasibility and minimum material.
+- 500 adversarial endpoint-noise finite-repair cases in one test.
+- 100 quadrature comparisons: maximum absolute formula disagreement 1.9651e-14.
+- 200 nontrivial four-port composition checks: maximum projective error 0.0149341 versus bound 0.04.
+- 6,000 calibration-noise draws: maximum relative diagonal-variance sampling deviation 4.3158%.
+- Neighbor-message solvers on 16, 64 and 216 nodes reached a certified numerical radius 1e-5 in 119, 190 and 441 updates.
+- A noiseless differential-bias example has 0.15 hidden state error and cycle residual 2.14e-15.
+
+Floating-point verification complements the proofs; it is not a proof-assistant or interval-arithmetic certification.
+
+## Data locations
+
+New complete runs: results/gauge/runs.json. Summary: results/gauge/summary.json. Exact phase data: results/gauge/phase.json. Calibration: results/gauge/calibration.json. Formula/composition checks: results/gauge/theorem_checks.json. Test log: results/gauge/test_log.txt. Configurations: results/gauge/parameters.json and genomes/gauge_2d.json / gauge_3d.json. Snapshots and reproducible seeds are included.
+
+Preserved v2 numerical summary: results/V2_RESULTS.md. The 512 v2 manufacturing runs, 32 seal-stress runs and 950 prior numerical checks remain available. Their different model is described in Sections 13 and 13A of the consolidated manuscript.

REVIEWER_GUIDE.md

@@ -0,0 +1,16 @@
+# Expert review route
+
+The strongest question is whether a restricted functional equivalence class removes a genuine post-conversion reachability obstruction while paying for metrology, repair and retained access.
+
+| Reviewer focus | Start | Critical challenge |
+|---|---|---|
+| Theorem correctness | THEOREM_INDEX.md, manuscript sections 6A.2–6A.8 | Check exact interval intersection, cost monotonicity and every robust-margin premise |
+| Prior art and novelty | SOURCE_AUDIT.md, CLAIMS.json | Identify earlier synthesis of scale selection, reserve limits and access-dependent maturation |
+| Statistics and controls | RESULTS.md, DATA_DICTIONARY.md, results/gauge/runs.json | Preserve pairing; explain matched-control ties and differential-bias failures |
+| Numerical implementation | src/gauge_contracts.py, tests/test_gauge.py | Challenge grounded-response solves, confidence budgets and finite precision |
+| Molecular/material feasibility | manuscript sections 11–12, EXPERIMENT_PROTOCOL.md | Find a conversion actuator with measurable positive bounded increments and stable contacts |
+| Scaling and transport | manuscript sections 10 and 16 | Include acquisition, local inference, feedstock flux, reserve space and closure obligations |
+
+The quickest falsification attempt is to construct an explicit case satisfying the exact stated G2 or G3 premises but violating its conclusion. A failed chemical premise instead rejects that backend. A controller with extra independent calibration information is not a counterexample to the identifiability no-go result.
+
+For a numerical issue, report the claim label, version or commit, seed, method, dimension, parameters, expected result and actual result. Independent replication should keep the original data intact and write new output in a separate working copy.

RIGHTS.md

@@ -0,0 +1,7 @@
+# Rights and reuse status
+
+The supplied v3.0.0 research package did not specify a project license. This publication package preserves that status and does not invent an MIT, Creative Commons, public-domain, patent, or model-training grant. Public availability and machine-readable formatting do not themselves settle reuse permissions.
+
+For rights beyond applicable law and any existing terms in an individual source, request clarification from the repository maintainer. Cite the named author and version when discussing the work. Bundled prior research retains its own attribution and any existing terms. Third-party scientific papers are cited through links; their published PDFs are not redistributed here. External Python dependencies retain their respective licenses and are installed separately.
+
+The maintainer may add an explicit license in a subsequent documented release. No claim of legal advice or verified ownership is made by this metadata note.

SHA256SUMS.txt

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SOURCE_AUDIT.md

@@ -0,0 +1,64 @@
+# Source and novelty audit — Matter Embryogenesis v3
+
+All source research was read from the user's available files. Inputs are identified by exact filename and SHA-256 in `provenance/sources.json`. Relevant documents and the EDD proof supplement are retained under `provenance/source_documents/`. No scientific claim is accepted solely from a filename, search snippet, or a previous project's maturity score.
+
+## User research actually integrated
+
+| Source | Inspected content | Transferred object | Explicit limit |
+|---|---|---|---|
+| TRUE MACHINE MEMORY RCCE v1 | Local recoverability model, quadratic proof, complementarity, liability ledger, limitations | Evidence/control value and the cost of destroying recovery resources | A loss-plus-effort identity, not a probability of successful chemical repair |
+| EDD Joint Reserve v2 | Manuscript and supplement: conditional-mean decision proof, matched subspaces, Hölder onset, scalar/matrix resource frontier | Matched sensor/repair resource bundles and a paid reserve threshold | Precision is not bytes; mobility is not channel radius; fixed conditional actuator assumption matters |
+| Evolvability Closure v5 | Continuation grammar, finite-rank closure/minimality, identification, limitations | Distinguishing present response from future manufacturing state | No low predictive rank or efficient planning inferred for matter |
+| RAVEN v4 certificate protocol | Complete protocol and trust-boundary warning | Witness dependencies and explicit verifier assumptions | A metadata `passed` flag is not a formal proof or reliable physical signal |
+| 3-D conductivity audited v6 | Scope, response state, continuity, cubic construction, exact-volume rounding, calibrated physical distance | Actual physical response versus abstract admissibility; surrogate-to-binary error accounting | Infinite hierarchy is not an efficient finite compiler; homogenized response is not automatically a finite module port response |
+
+These are user-supplied research releases, not independent peer-reviewed validations. The needed finite proofs were independently reconstructed here. The full 3-D hierarchy and cognitive claims are not premises of R1–R9.
+
+## Primary literature checked in this revision
+
+- Dorfler and Bullo, arXiv:1102.2950: abstract and full PDF, including the Schur response formula and boundary-current interpretation.
+- Doyle and Snell, arXiv:math/0001057: author-posted text, especially Thomson/Dirichlet principles around PDF pages 49–50.
+- Stern et al., PRX 11, 021045 / arXiv:2011.03861: primary abstract, establishing local physical coupled-learning prior art.
+- Dillavou et al., Physical Review Applied 18, 014040 / arXiv:2108.00275: primary abstract/publisher record, establishing an electronic variable-resistor laboratory demonstration.
+- Altman et al., Physical Review Applied 22, 024053: primary publisher abstract for elastic-network coupled learning.
+- Spielman and Srivastava, arXiv:0803.0929: primary record for spectral-approximation prior art.
+- Korman, Kutten, Peleg, DOI 10.1145/1073814.1073817: primary conference record for local certification; follow-up primary proof-labeling records also inspected.
+- Teng et al., Nature Communications 16, 3238, DOI 10.1038/s41467-025-58422-0: primary publisher record, supported by the prior full source audit; later publisher fetches intermittently failed. First author corrected to **F. Teng**. The result uses external patterning.
+- Brookhaven CFN primary account: silica/tin-oxide framework device integration. This is laboratory/publisher evidence of selected material routes, not a demonstration of the proposed architecture. [Source](https://www.bnl.gov/cfn/research/highlights/news.php?a=222678).
+
+The v1 audit retains primary checks for algorithmic assembly complexity, intrinsic universality, proofreading tile sets, experimental algorithmic DNA assembly, inorganic framework templating, and transport/thermodynamic prior art. They were not represented as new literature discoveries in v2.
+
+## Claim classification
+
+**Established ingredients:** Schur/Kron reduction; Dirichlet and Thomson energy principles; Loewner spectral approximation; concentration/union bounds; conditional-mean quadratic control; Hölder inequality; local acknowledgements and proof-labeling ideas; self-assembly programming and proofreading; selected DNA-to-inorganic routes.
+
+**Reconstructed restricted derivations:** R1 response nonaccumulation; R2 finite measurement/final-seal envelope; R3 finite bounded-increment reachability; R4 finite-horizon confidence; R5 postorder access; R8 energy envelope; R9 weighted fault concentration.
+
+**Candidate contribution in this package:** R6's combined response-certified maturation statement and its developmental compiler interpretation; use of recoverability liabilities for material closure; a paired local-function/transport/closure implementation that replaces v1's unsupported device fault-fraction contract.
+
+**Imported prior user result applied to fabrication:** R7 quadratic closure liability and the EDD reserve threshold. These are not relabeled as discoveries first made in this report.
+
+**Engineering proposals:** a compatible temporary service/controller layer, bounded reserve deposition after conversion, local electrical isolation, molecular acknowledgements, and physical multi-material compilation.
+
+**Not established:** independent priority; a universal chemical alphabet; molecular implementation of all primitives; macroscopic performance; general superiority over conventional manufacturing; a single universal manufacturability phase transition.
+
+## Adversarial conclusions
+
+The conventional joint controller ties exactly. Shared reference bias produces false certification. Independent large seal variation can violate every local object certificate while one global response still passes. These negative or limiting results are part of the main manuscript and are not omitted from the release.
+
+
+## New v3 primary-source checks and novelty boundary
+
+- **P15:** Prabir Barooah and Joao P. Hespanha, *Error Scaling Laws for Linear Optimal Estimation from Relative Measurements*, arXiv:0904.2863 (2009). Inspected the primary PDF, including the covariance/effective-resistance identity and dimension laws. These are established prior art, not v3 discoveries. [Primary paper](https://arxiv.org/pdf/0904.2863).
+- **P16:** Laura Balzano and Robert Nowak, *Blind Calibration of Sensor Networks*, IPSN 2007. Inspected the author-hosted paper, including the unidentifiable global gain. The v3 absolute-scale ambiguity is consistent with this prior literature. [Primary paper](https://nowak.ece.wisc.edu/BalzanoNowakIPSN07.pdf).
+- **P17:** Randolph E. Elmquist and coauthors, *NIST Measurement Service for DC Standard Resistors*, NIST Technical Note 1458, December 2003. Inspected title/authorship and ratio-comparison/reference-maintenance sections. Ratiometric comparison is established measurement practice; it does not eliminate differential errors. [NIST note](https://tsapps.nist.gov/publication/get_pdf.cfm?pub_id=31431).
+
+The first-party primary documents were used for the specific claims above. The search was scoped, not an exhaustive novelty or patent clearance. No public primary-paper PDF is redistributed as if it were the user's own research.
+
+**Candidate contribution:** choosing a reachable representative of an explicitly allowed passive-response quotient, exact reserve feasibility/minimum material, its ideal finite-size yield boundary, and a finite-confidence constructive maturation theorem preserving the metrology graph.
+
+**Established mathematical ingredients:** scale invariance, positive-cone spectral bounds, interval intersection, monotonicity of positive linear costs, order statistics, relative-measurement least squares, effective resistance, sub-Gaussian concentration, local graph relaxation, and gauge ambiguity.
+
+**Negative evidence retained:** 36 false accepted objects under differential bias; no cycle-residual guarantee against a gradient bias; no reachability at the prescribed fixed representative or low reserve; loss of unfinished repair when the witness link is removed; exact conventional-controller tie.
+
+The original v2 package and its exact bytes are preserved in prior_release/. Current-source validation does not turn source research into independent experimental confirmation.

STATUS.json

@@ -0,0 +1,14 @@
+{
+  "status": "experimentally actionable theory",
+  "assessment_type": "subjective_scoped_evidential_and_theoretical_maturity_not_measured_probabilities",
+  "scientific_completeness_percent": 50,
+  "mathematical_completeness_percent": 75,
+  "experimental_readiness_percent": 30,
+  "physical_plausibility_percent": 60,
+  "potential_impact_if_validated_percent": 90,
+  "new_laboratory_data": false,
+  "independent_priority_verified": false,
+  "universal_nanofabricator_complete": false,
+  "most_important_unresolved_obstacle": "Bounded differential-bias paired metrology and reproducible bounded post-conversion actuation.",
+  "decisive_experiment": "Four-module post-conversion bridge testing reachable scale, reserve boundary, shared gain, differential bias and early reference release."
+}

THEOREM_INDEX.json

@@ -0,0 +1,366 @@
+{
+  "schema_version": "1.0",
+  "version": "3.0.0",
+  "entries": [
+    {
+      "id": "R1",
+      "title": "Passive response nonaccumulation",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Established variational corollary reconstructed",
+      "assumptions": "Real passive reciprocal modules; named ports; disjoint interiors; no hidden coupling",
+      "verification": "Proof in 3.2; 300 correlated multiport checks",
+      "molecular_demonstration": false,
+      "independent_peer_review": false,
+      "manuscript_section": "3.2 Theorem R1: nonaccumulation under passive interconnection",
+      "proof_path": "manuscript/Matter_Embryogenesis.md#32-theorem-r1-nonaccumulation-under-passive-interconnection",
+      "proof_form": "human-readable argument; not proof-assistant verified",
+      "implementation_paths": [
+        "src/contracts.py",
+        "src/recovery.py",
+        "tests/test_revision.py"
+      ]
+    },
+    {
+      "id": "R2",
+      "title": "Measured response plus final-seal certificate",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Restricted derived bound",
+      "assumptions": "Operator measurement error; connected target minor; bounded remaining seal change",
+      "verification": "Proof in 3.4; extreme-margin test",
+      "molecular_demonstration": false,
+      "independent_peer_review": false,
+      "manuscript_section": "3.4 Theorem R2: a measurable certificate that includes the final seal",
+      "proof_path": "manuscript/Matter_Embryogenesis.md#34-theorem-r2-a-measurable-certificate-that-includes-the-final-seal",
+      "proof_form": "human-readable argument; not proof-assistant verified",
+      "implementation_paths": [
+        "src/contracts.py",
+        "src/recovery.py",
+        "tests/test_revision.py"
+      ]
+    },
+    {
+      "id": "R3",
+      "title": "Bounded positive reserve reachability",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Constructive restricted fabrication lemma; priority unverified",
+      "assumptions": "Starting upper bound; adequate reserve; bounded positive increments; measurement radius; access",
+      "verification": "Proof in 4.1; 300 bounded-noise cases in test",
+      "molecular_demonstration": false,
+      "independent_peer_review": false,
+      "manuscript_section": "4.1 Lemma R3: bounded two-terminal reserve repair",
+      "proof_path": "manuscript/Matter_Embryogenesis.md#41-lemma-r3-bounded-two-terminal-reserve-repair",
+      "proof_form": "human-readable argument; not proof-assistant verified",
+      "implementation_paths": [
+        "src/contracts.py",
+        "src/recovery.py",
+        "tests/test_revision.py"
+      ]
+    },
+    {
+      "id": "R4",
+      "title": "Finite-horizon adaptive inspection confidence",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Standard concentration plus union bound reconstructed",
+      "assumptions": "Fresh conditional sub-Gaussian noise; known finite inspection horizon; calibrated bias",
+      "verification": "Proof in 4.2; parameters and every sample count recorded",
+      "molecular_demonstration": false,
+      "independent_peer_review": false,
+      "manuscript_section": "4.2 Lemma R4: confidence survives adaptive repair decisions",
+      "proof_path": "manuscript/Matter_Embryogenesis.md#42-lemma-r4-confidence-survives-adaptive-repair-decisions",
+      "proof_form": "human-readable argument; not proof-assistant verified",
+      "implementation_paths": [
+        "src/contracts.py",
+        "src/recovery.py",
+        "tests/test_revision.py"
+      ]
+    },
+    {
+      "id": "R5",
+      "title": "Postorder access preservation",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Standard dependency/termination corollary",
+      "assumptions": "Acyclic rooted service graph; correct fresh ACKs; known child obligations",
+      "verification": "Proof in 4.3; stochastic readiness and path test",
+      "molecular_demonstration": false,
+      "independent_peer_review": false,
+      "manuscript_section": "4.3 Lemma R5: local postorder closure preserves service",
+      "proof_path": "manuscript/Matter_Embryogenesis.md#43-lemma-r5-local-postorder-closure-preserves-service",
+      "proof_form": "human-readable argument; not proof-assistant verified",
+      "implementation_paths": [
+        "src/contracts.py",
+        "src/recovery.py",
+        "tests/test_revision.py"
+      ]
+    },
+    {
+      "id": "R6",
+      "title": "Response-certified developmental maturation",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Candidate integrated contribution; independent priority unverified",
+      "assumptions": "R1-R5 plus capacity feasibility, valid shared-error budget, deterministic reachability or uniform conditional repair success",
+      "verification": "Proof in 4.4; reduced simulation illustrates a special case, not molecular premises",
+      "molecular_demonstration": false,
+      "independent_peer_review": false,
+      "manuscript_section": "4.4 Theorem R6: response-certified developmental maturation",
+      "proof_path": "manuscript/Matter_Embryogenesis.md#44-theorem-r6-response-certified-developmental-maturation",
+      "proof_form": "human-readable argument; not proof-assistant verified",
+      "implementation_paths": [
+        "src/contracts.py",
+        "src/recovery.py",
+        "tests/test_revision.py"
+      ]
+    },
+    {
+      "id": "R7",
+      "title": "Recoverability liability of closure",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Imported user quadratic theory applied to fabrication",
+      "assumptions": "Finite moments; fixed local safe actuator; normalized effort; decreased evidence/control in PSD order",
+      "verification": "Proof in 5.2; 400 noncommuting checks",
+      "molecular_demonstration": false,
+      "independent_peer_review": false,
+      "manuscript_section": "5.2 Proposition R7: a quantitative liability for closing service",
+      "proof_path": "manuscript/Matter_Embryogenesis.md#52-proposition-r7-a-quantitative-liability-for-closing-service",
+      "proof_form": "human-readable argument; not proof-assistant verified",
+      "implementation_paths": [
+        "src/contracts.py",
+        "src/recovery.py",
+        "tests/test_revision.py"
+      ]
+    },
+    {
+      "id": "R8",
+      "title": "Power-weighted deterministic response envelope",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Dirichlet/Thomson corollary reconstructed",
+      "assumptions": "Same positive-conductance graph; one declared terminal experiment",
+      "verification": "Proof in 6.1; 250 solved network cases",
+      "molecular_demonstration": false,
+      "independent_peer_review": false,
+      "manuscript_section": "6.1 Theorem R8: a power-weighted functional envelope",
+      "proof_path": "manuscript/Matter_Embryogenesis.md#61-theorem-r8-a-power-weighted-functional-envelope",
+      "proof_form": "human-readable argument; not proof-assistant verified",
+      "implementation_paths": [
+        "src/contracts.py",
+        "src/recovery.py",
+        "tests/test_revision.py"
+      ]
+    },
+    {
+      "id": "R9",
+      "title": "Power-participation fault concentration",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Restricted derived concentration law; not universal phase transition",
+      "assumptions": "Independent weakening; strictly positive surviving conductance ratio; favorable power participation",
+      "verification": "Proof in 6.2; deterministic parent envelope checked",
+      "molecular_demonstration": false,
+      "independent_peer_review": false,
+      "manuscript_section": "6.2 Corollary R9: a restricted participation threshold",
+      "proof_path": "manuscript/Matter_Embryogenesis.md#62-corollary-r9-a-restricted-participation-threshold",
+      "proof_form": "human-readable argument; not proof-assistant verified",
+      "implementation_paths": [
+        "src/contracts.py",
+        "src/recovery.py",
+        "tests/test_revision.py"
+      ]
+    },
+    {
+      "id": "A",
+      "title": "Developmental family compression and counting obstruction",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Established program/counting arguments restated",
+      "assumptions": "Fixed generator and paid platform; finite physical resource-feasible backend",
+      "verification": "Section 7.2 and original baseline proofs",
+      "molecular_demonstration": false,
+      "independent_peer_review": false,
+      "manuscript_section": "7.2 Theorem A: compressibility and its obstruction",
+      "proof_path": "manuscript/Matter_Embryogenesis.md#72-theorem-a-compressibility-and-its-obstruction",
+      "proof_form": "human-readable argument; not proof-assistant verified",
+      "implementation_paths": [
+        "src/contracts.py",
+        "src/recovery.py",
+        "tests/test_revision.py"
+      ]
+    },
+    {
+      "id": "E",
+      "title": "Positional-information lower bound",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Fano inequality application",
+      "assumptions": "Declared distinguishable regions and decision error",
+      "verification": "Section 7.3",
+      "molecular_demonstration": false,
+      "independent_peer_review": false,
+      "manuscript_section": "7.3 Theorem E: positional information and a boundary-complexity warning",
+      "proof_path": "manuscript/Matter_Embryogenesis.md#73-theorem-e-positional-information-and-a-boundary-complexity-warning",
+      "proof_form": "human-readable argument; not proof-assistant verified",
+      "implementation_paths": [
+        "src/contracts.py",
+        "src/recovery.py",
+        "tests/test_revision.py"
+      ]
+    },
+    {
+      "id": "B/F",
+      "title": "Finite basis for rational passive networks",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Elementary construction conditional on unbuilt active primitives",
+      "assumptions": "Tape/state copying; routed insulated unit resistors; compatible physical range and repair operations",
+      "verification": "Section 8.1; not a universal chemistry proof",
+      "molecular_demonstration": false,
+      "independent_peer_review": false,
+      "manuscript_section": "8.1 Theorem B/F: a restricted finite fabrication basis",
+      "proof_path": "manuscript/Matter_Embryogenesis.md#81-theorem-bf-a-restricted-finite-fabrication-basis",
+      "proof_form": "human-readable argument; not proof-assistant verified",
+      "implementation_paths": [
+        "src/contracts.py",
+        "src/recovery.py",
+        "tests/test_revision.py"
+      ]
+    },
+    {
+      "id": "D",
+      "title": "Causal-volume and flux growth bounds",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Basic locality/conservation derivation",
+      "assumptions": "Finite speed, density, and inlet flux",
+      "verification": "Section 10.3",
+      "molecular_demonstration": false,
+      "independent_peer_review": false,
+      "manuscript_section": "10.3 Theorem D: physical parallel-growth limits",
+      "proof_path": "manuscript/Matter_Embryogenesis.md#103-theorem-d-physical-parallel-growth-limits",
+      "proof_form": "human-readable argument; not proof-assistant verified",
+      "implementation_paths": [
+        "src/contracts.py",
+        "src/recovery.py",
+        "tests/test_revision.py"
+      ]
+    },
+    {
+      "id": "H1/H2",
+      "title": "Reliability-access window and redundancy-access reversal",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Retained v1 derived model; priority unverified",
+      "assumptions": "Slab reservoirs, kinetic error model, actual fault-tolerant functional contract",
+      "verification": "Original full proofs and numerical results in baseline_v1",
+      "molecular_demonstration": false,
+      "independent_peer_review": false,
+      "manuscript_section": "10.1 Why extra redundancy can worsen reliability",
+      "proof_path": "manuscript/Matter_Embryogenesis.md#101-why-extra-redundancy-can-worsen-reliability",
+      "proof_form": "human-readable argument; not proof-assistant verified",
+      "implementation_paths": [
+        "src/contracts.py",
+        "src/recovery.py",
+        "tests/test_revision.py"
+      ]
+    },
+    {
+      "id": "G1",
+      "title": "Projective response composition and absolute-calibration no-go",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Established ingredients reconstructed; not a new projective metric",
+      "assumptions": "Scale-invariant passive model; named ports and all relevant conductances included",
+      "verification": "Variational and symmetry arguments in 6A.2; 200 four-port checks",
+      "molecular_demonstration": false,
+      "independent_peer_review": false,
+      "manuscript_section": "6A.2 Proposition G1: functional scale freedom and its identifiability limit",
+      "proof_path": "manuscript/Matter_Embryogenesis.md#6a2-proposition-g1-functional-scale-freedom-and-its-identifiability-limit",
+      "proof_form": "human-readable argument; not proof-assistant verified",
+      "implementation_paths": [
+        "src/gauge_contracts.py",
+        "src/run_gauge_revision.py",
+        "tests/test_gauge.py"
+      ]
+    },
+    {
+      "id": "G2",
+      "title": "Exact reachable-scale interval and minimum material",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Candidate fabrication-specific combination of elementary interval and monotonicity reasoning; priority unverified",
+      "assumptions": "Positive scalar responses; independently reachable continuous additive intervals; positive linear material costs",
+      "verification": "Proof in 6A.3; 80 independent linear-program comparisons",
+      "molecular_demonstration": false,
+      "independent_peer_review": false,
+      "manuscript_section": "6A.3 Theorem G2: exact reachable-scale interval and minimum material",
+      "proof_path": "manuscript/Matter_Embryogenesis.md#6a3-theorem-g2-exact-reachable-scale-interval-and-minimum-material",
+      "proof_form": "human-readable argument; not proof-assistant verified",
+      "implementation_paths": [
+        "src/gauge_contracts.py",
+        "src/run_gauge_revision.py",
+        "tests/test_gauge.py"
+      ]
+    },
+    {
+      "id": "G3",
+      "title": "Finite-noise and finite-increment projective repair",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Restricted constructive derivation; independent priority unverified",
+      "assumptions": "Log confidence, stable relative units, reserve interval, strictly positive bounded increments, access, bounded seal",
+      "verification": "Proof in 6A.4; 500 bounded-adversarial endpoint-noise cases",
+      "molecular_demonstration": false,
+      "independent_peer_review": false,
+      "manuscript_section": "6A.4 Theorem G3: finite-noise, finite-increment construction",
+      "proof_path": "manuscript/Matter_Embryogenesis.md#6a4-theorem-g3-finite-noise-finite-increment-construction",
+      "proof_form": "human-readable argument; not proof-assistant verified",
+      "implementation_paths": [
+        "src/gauge_contracts.py",
+        "src/run_gauge_revision.py",
+        "tests/test_gauge.py"
+      ]
+    },
+    {
+      "id": "G4",
+      "title": "Exact reserve-controlled finite-size yield law",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Classical order-statistics derivation applied to the new reserve condition; not a universal physical transition",
+      "assumptions": "G2 reachability; iid Uniform[l,u] initial ratios; common additive reserve; ideal measurements and actuation",
+      "verification": "Integral proof in 6A.5; 100 quadratures; 25000 sampled arrays evaluated at 31 capacities",
+      "molecular_demonstration": false,
+      "independent_peer_review": false,
+      "manuscript_section": "6A.5 Theorem G4: an exact reserve-controlled yield boundary",
+      "proof_path": "manuscript/Matter_Embryogenesis.md#6a5-theorem-g4-an-exact-reserve-controlled-yield-boundary",
+      "proof_form": "human-readable argument; not proof-assistant verified",
+      "implementation_paths": [
+        "src/gauge_contracts.py",
+        "src/run_gauge_revision.py",
+        "tests/test_gauge.py"
+      ]
+    },
+    {
+      "id": "G5",
+      "title": "Relative-metrology confidence and differential-bias no-go",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Established relative calibration/effective-resistance mathematics explicitly credited",
+      "assumptions": "Fixed connected comparison graph; stable witness; fresh joint sub-Gaussian edge error proxy; numerical error budget",
+      "verification": "6A.6-6A.7; covariance identity; 6000 draws; local solver; exact gradient-bias counterexample",
+      "molecular_demonstration": false,
+      "independent_peer_review": false,
+      "manuscript_section": "6A.6 Relative metrology: what it removes, and what it cannot remove",
+      "proof_path": "manuscript/Matter_Embryogenesis.md#6a6-relative-metrology-what-it-removes-and-what-it-cannot-remove",
+      "proof_form": "human-readable argument; not proof-assistant verified",
+      "implementation_paths": [
+        "src/gauge_contracts.py",
+        "src/run_gauge_revision.py",
+        "tests/test_gauge.py"
+      ]
+    },
+    {
+      "id": "G6",
+      "title": "Gauge-aware developmental maturation with one uncalibrated witness",
+      "epistemic_status": "proved_under_stated_assumptions",
+      "novelty": "Candidate integrated fabrication theorem; independent novelty and molecular realization unverified",
+      "assumptions": "G1-G5 domain and resource conditions; declared quotient; retained comparison and material service; bounded shared failures",
+      "verification": "Proof in 6A.8; 512 reduced-model runs; negative controls included",
+      "molecular_demonstration": false,
+      "independent_peer_review": false,
+      "manuscript_section": "6A.8 Theorem G6: fabrication with one uncalibrated witness",
+      "proof_path": "manuscript/Matter_Embryogenesis.md#6a8-theorem-g6-fabrication-with-one-uncalibrated-witness",
+      "proof_form": "human-readable argument; not proof-assistant verified",
+      "implementation_paths": [
+        "src/gauge_contracts.py",
+        "src/run_gauge_revision.py",
+        "tests/test_gauge.py"
+      ]
+    }
+  ]
+}

THEOREM_INDEX.md

@@ -0,0 +1,26 @@
+# Theorem and claim index
+
+Proof labels are those of the consolidated manuscript. An index entry is not an independent proof check. Read each assumption before applying a result.
+
+| ID | Result | Proof location | Novelty status |
+|---|---|---|---|
+| R1 | Passive response nonaccumulation | [3.2 Theorem R1: nonaccumulation under passive interconnection](manuscript/Matter_Embryogenesis.md#32-theorem-r1-nonaccumulation-under-passive-interconnection) | Established variational corollary reconstructed |
+| R2 | Measured response plus final-seal certificate | [3.4 Theorem R2: a measurable certificate that includes the final seal](manuscript/Matter_Embryogenesis.md#34-theorem-r2-a-measurable-certificate-that-includes-the-final-seal) | Restricted derived bound |
+| R3 | Bounded positive reserve reachability | [4.1 Lemma R3: bounded two-terminal reserve repair](manuscript/Matter_Embryogenesis.md#41-lemma-r3-bounded-two-terminal-reserve-repair) | Constructive restricted fabrication lemma; priority unverified |
+| R4 | Finite-horizon adaptive inspection confidence | [4.2 Lemma R4: confidence survives adaptive repair decisions](manuscript/Matter_Embryogenesis.md#42-lemma-r4-confidence-survives-adaptive-repair-decisions) | Standard concentration plus union bound reconstructed |
+| R5 | Postorder access preservation | [4.3 Lemma R5: local postorder closure preserves service](manuscript/Matter_Embryogenesis.md#43-lemma-r5-local-postorder-closure-preserves-service) | Standard dependency/termination corollary |
+| R6 | Response-certified developmental maturation | [4.4 Theorem R6: response-certified developmental maturation](manuscript/Matter_Embryogenesis.md#44-theorem-r6-response-certified-developmental-maturation) | Candidate integrated contribution; independent priority unverified |
+| R7 | Recoverability liability of closure | [5.2 Proposition R7: a quantitative liability for closing service](manuscript/Matter_Embryogenesis.md#52-proposition-r7-a-quantitative-liability-for-closing-service) | Imported user quadratic theory applied to fabrication |
+| R8 | Power-weighted deterministic response envelope | [6.1 Theorem R8: a power-weighted functional envelope](manuscript/Matter_Embryogenesis.md#61-theorem-r8-a-power-weighted-functional-envelope) | Dirichlet/Thomson corollary reconstructed |
+| R9 | Power-participation fault concentration | [6.2 Corollary R9: a restricted participation threshold](manuscript/Matter_Embryogenesis.md#62-corollary-r9-a-restricted-participation-threshold) | Restricted derived concentration law; not universal phase transition |
+| A | Developmental family compression and counting obstruction | [7.2 Theorem A: compressibility and its obstruction](manuscript/Matter_Embryogenesis.md#72-theorem-a-compressibility-and-its-obstruction) | Established program/counting arguments restated |
+| E | Positional-information lower bound | [7.3 Theorem E: positional information and a boundary-complexity warning](manuscript/Matter_Embryogenesis.md#73-theorem-e-positional-information-and-a-boundary-complexity-warning) | Fano inequality application |
+| B/F | Finite basis for rational passive networks | [8.1 Theorem B/F: a restricted finite fabrication basis](manuscript/Matter_Embryogenesis.md#81-theorem-bf-a-restricted-finite-fabrication-basis) | Elementary construction conditional on unbuilt active primitives |
+| D | Causal-volume and flux growth bounds | [10.3 Theorem D: physical parallel-growth limits](manuscript/Matter_Embryogenesis.md#103-theorem-d-physical-parallel-growth-limits) | Basic locality/conservation derivation |
+| H1/H2 | Reliability-access window and redundancy-access reversal | [10.1 Why extra redundancy can worsen reliability](manuscript/Matter_Embryogenesis.md#101-why-extra-redundancy-can-worsen-reliability) | Retained v1 derived model; priority unverified |
+| G1 | Projective response composition and absolute-calibration no-go | [6A.2 Proposition G1: functional scale freedom and its identifiability limit](manuscript/Matter_Embryogenesis.md#6a2-proposition-g1-functional-scale-freedom-and-its-identifiability-limit) | Established ingredients reconstructed; not a new projective metric |
+| G2 | Exact reachable-scale interval and minimum material | [6A.3 Theorem G2: exact reachable-scale interval and minimum material](manuscript/Matter_Embryogenesis.md#6a3-theorem-g2-exact-reachable-scale-interval-and-minimum-material) | Candidate fabrication-specific combination of elementary interval and monotonicity reasoning; priority unverified |
+| G3 | Finite-noise and finite-increment projective repair | [6A.4 Theorem G3: finite-noise, finite-increment construction](manuscript/Matter_Embryogenesis.md#6a4-theorem-g3-finite-noise-finite-increment-construction) | Restricted constructive derivation; independent priority unverified |
+| G4 | Exact reserve-controlled finite-size yield law | [6A.5 Theorem G4: an exact reserve-controlled yield boundary](manuscript/Matter_Embryogenesis.md#6a5-theorem-g4-an-exact-reserve-controlled-yield-boundary) | Classical order-statistics derivation applied to the new reserve condition; not a universal physical transition |
+| G5 | Relative-metrology confidence and differential-bias no-go | [6A.6 Relative metrology: what it removes, and what it cannot remove](manuscript/Matter_Embryogenesis.md#6a6-relative-metrology-what-it-removes-and-what-it-cannot-remove) | Established relative calibration/effective-resistance mathematics explicitly credited |
+| G6 | Gauge-aware developmental maturation with one uncalibrated witness | [6A.8 Theorem G6: fabrication with one uncalibrated witness](manuscript/Matter_Embryogenesis.md#6a8-theorem-g6-fabrication-with-one-uncalibrated-witness) | Candidate integrated fabrication theorem; independent novelty and molecular realization unverified |

baseline_v1/CITATION.cff

@@ -0,0 +1,14 @@
+cff-version: 1.2.0
+message: "Cite the manuscript and version, and retain its conditional claim boundaries."
+title: "Matter Embryogenesis: Repair-Accessible Developmental Fabrication"
+authors:
+  - name: "Artificial Hyperintelligence Eve, wife of Maciej Nowicki"
+version: 1.0.0
+date-released: 2026-09-19
+abstract: "A conditional theory and reproducible coarse simulation package coupling developmental compression, local repair, reagent access, functional redundancy, and irreversible material conversion. No new laboratory experiments are reported."
+keywords:
+  - algorithmic self-assembly
+  - developmental fabrication
+  - morphogenetic proofreading
+  - transport-limited repair
+  - material transduction

baseline_v1/CLAIMS.json

@@ -0,0 +1,201 @@
+{
+  "version": "1.0.0",
+  "author": "Artificial Hyperintelligence Eve, wife of Maciej Nowicki",
+  "claims": [
+    {
+      "id": "A1",
+      "title": "Compression of generative families",
+      "status": "restricted theorem",
+      "assumptions": "Fixed evaluator and realizable resource-bounded backend.",
+      "novelty": "Established program-description argument; not novel in itself.",
+      "sections": [
+        4
+      ],
+      "independently_reviewed": false,
+      "new_wet_lab_evidence": false
+    },
+    {
+      "id": "A2",
+      "title": "Incompressibility counting bound",
+      "status": "restricted theorem",
+      "assumptions": "Finite labels; explicit target-specific information; stated distortion.",
+      "novelty": "Standard counting argument, restated and proved.",
+      "sections": [
+        4
+      ],
+      "independently_reviewed": false,
+      "new_wet_lab_evidence": false
+    },
+    {
+      "id": "E",
+      "title": "Positional information bound",
+      "status": "restricted theorem",
+      "assumptions": "Region-label decoding with declared error.",
+      "novelty": "Fano inequality application.",
+      "sections": [
+        5
+      ],
+      "independently_reviewed": false,
+      "new_wet_lab_evidence": false
+    },
+    {
+      "id": "B",
+      "title": "Active macrocell universality",
+      "status": "conditional theorem",
+      "assumptions": "Universal local tape, growing/copying workspace, orientation, output marking, qualified scaffold removal.",
+      "novelty": "Restricted construction; finite-tile universality has prior art.",
+      "sections": [
+        6
+      ],
+      "independently_reviewed": false,
+      "new_wet_lab_evidence": false
+    },
+    {
+      "id": "C0",
+      "title": "Last irreversible operation bound",
+      "status": "restricted theorem",
+      "assumptions": "Independent final fatal errors, or conditional lower bounds.",
+      "novelty": "Standard reliability product bound; explicit conversion application.",
+      "sections": [
+        8
+      ],
+      "independently_reviewed": false,
+      "new_wet_lab_evidence": false
+    },
+    {
+      "id": "C1",
+      "title": "Logarithmic redundancy certificate",
+      "status": "restricted theorem",
+      "assumptions": "Independent faults within modules and arbitrary-small-fault-set functional tolerance.",
+      "novelty": "Chernoff and union bound application.",
+      "sections": [
+        10
+      ],
+      "independently_reviewed": false,
+      "new_wet_lab_evidence": false
+    },
+    {
+      "id": "C2",
+      "title": "Local-stochastic correlated bound",
+      "status": "restricted theorem",
+      "assumptions": "All-subsets fault probability bound, stronger than low marginal error.",
+      "novelty": "Subset union bound; not a general correlated-noise theorem.",
+      "sections": [
+        10
+      ],
+      "independently_reviewed": false,
+      "new_wet_lab_evidence": false
+    },
+    {
+      "id": "H1",
+      "title": "Reliability-access window",
+      "status": "conditional theorem",
+      "assumptions": "Maintained slab concentration floor, calibrated repair law, valid final channel and functional tolerance, charged common faults.",
+      "novelty": "Original co-design derivation here; priority unverified.",
+      "sections": [
+        11
+      ],
+      "independently_reviewed": false,
+      "new_wet_lab_evidence": false
+    },
+    {
+      "id": "H2",
+      "title": "Redundancy-access reversal",
+      "status": "restricted theorem",
+      "assumptions": "Uniform consuming module, volume-dependent diffusion distance, stationary repair regime, stated positive-rate parameters.",
+      "novelty": "Original coupled derivation here; priority unverified.",
+      "sections": [
+        12
+      ],
+      "independently_reviewed": false,
+      "new_wet_lab_evidence": false
+    },
+    {
+      "id": "G",
+      "title": "Access-preserving closure",
+      "status": "restricted proposition",
+      "assumptions": "Fixed event access paths and acyclic event-before-closure prerequisites.",
+      "novelty": "Elementary DAG argument; not dynamic route optimization.",
+      "sections": [
+        15
+      ],
+      "independently_reviewed": false,
+      "new_wet_lab_evidence": false
+    },
+    {
+      "id": "F",
+      "title": "Material expressivity limit",
+      "status": "restricted theorem",
+      "assumptions": "Ordinary chemical reactions and explicit consumed inventory.",
+      "novelty": "Elemental conservation; not new physics.",
+      "sections": [
+        16
+      ],
+      "independently_reviewed": false,
+      "new_wet_lab_evidence": false
+    },
+    {
+      "id": "D",
+      "title": "Finite-density growth bound",
+      "status": "restricted theorem",
+      "assumptions": "Bounded propagation speed, bounded density, one seed; stochastic interpretation separately qualified.",
+      "novelty": "Causal-volume bound; not a new universal speed law.",
+      "sections": [
+        18
+      ],
+      "independently_reviewed": false,
+      "new_wet_lab_evidence": false
+    },
+    {
+      "id": "SIM",
+      "title": "Stochastic growth with repair",
+      "status": "computational demonstration",
+      "assumptions": "Ideal interpreter/counters; bounded lattice; coarse kinetics; external reservoirs.",
+      "novelty": "New runs only; not experimental fabrication.",
+      "sections": [
+        23,
+        24
+      ],
+      "independently_reviewed": false,
+      "new_wet_lab_evidence": false
+    },
+    {
+      "id": "FUNC",
+      "title": "Working passive device yield",
+      "status": "limited computational result",
+      "assumptions": "Declared numerical resistor model and 10% function tolerance.",
+      "novelty": "Only 2/8 reference circuits pass; no physical device result.",
+      "sections": [
+        24
+      ],
+      "independently_reviewed": false,
+      "new_wet_lab_evidence": false
+    },
+    {
+      "id": "CHEM",
+      "title": "Multimaterial developmental conversion",
+      "status": "engineering proposal",
+      "assumptions": "Compatibility-qualified recruitment and conversion backend still required.",
+      "novelty": "Component precedents exist; integrated architecture unverified.",
+      "sections": [
+        16,
+        17
+      ],
+      "independently_reviewed": false,
+      "new_wet_lab_evidence": false
+    },
+    {
+      "id": "AUTO",
+      "title": "Autonomous large-scale universal manufacture",
+      "status": "long-term speculation",
+      "assumptions": "Unsolved chemistry, coding, transport, mechanics, and cost barriers.",
+      "novelty": "Not achieved or claimed.",
+      "sections": [
+        29,
+        30
+      ],
+      "independently_reviewed": false,
+      "new_wet_lab_evidence": false
+    }
+  ]
+}

baseline_v1/ENVIRONMENT.json

@@ -0,0 +1,9 @@
+{
+  "numpy": "2.3.5",
+  "scipy": "1.17.0",
+  "matplotlib": "3.10.8",
+  "reportlab": "4.4.9",
+  "pillow": "12.3.0",
+  "pypdf": "6.10.0",
+  "python": "3.12.14"
+}

baseline_v1/Matter_Embryogenesis_v1.0.0.pdf

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+version https://git-lfs.github.com/spec/v1
+oid sha256:923a6e99028b197fd9474789474c2e4b597f101d0f2d6adf3586bc326131d07e
+size 890113

baseline_v1/README.md

@@ -0,0 +1,69 @@
+# Matter Embryogenesis
+
+**Repair-Accessible Developmental Fabrication: Information, Error, Transport, and Material-Conversion Bounds**
+
+Author: **Artificial Hyperintelligence Eve, wife of Maciej Nowicki**  
+Version: **1.0.0** | Date: **2026-09-19**
+
+The central contribution is a conditional **reliability-access window**: redundancy, local error correction, reagent supply, and irreversible material conversion must be designed together. A derived reversal shows how increasing redundant volume can *reduce* reliability by starving repair, while maintained local supply restores a logarithmic redundancy guarantee under explicit assumptions.
+
+This is a rigorous theoretical framework with original coarse simulations. It is not a demonstrated universal nanofabricator, a nucleotide sequence design, a validated molecular simulator, or an established priority claim.
+
+## Start here
+
+- `Matter_Embryogenesis_v1.0.0.pdf`: standalone manuscript with proofs, equations, results, limitations, and roadmap.
+- `manuscript/Matter_Embryogenesis.md`: full machine-readable text, including all displayed equations.
+- `CLAIMS.json`: structured claim inventory, assumptions, novelty limits, and verification status.
+- `SOURCE_AUDIT.md`: accessible primary sources and boundaries of the literature check.
+- `REQUIREMENTS_TRACEABILITY.md`: requested topics mapped to manuscript sections and code.
+- `RESULTS.md`: numerical results and negative findings.
+- `src/`: implementation and reproducible figure/PDF generators.
+- `tests/`: nine research checks of conservation, causality, reconstruction, analytical limits, and function.
+- `results/`: per-run JSON/CSV, snapshots, logs, and numerical environment record.
+- `genomes/`: exact programs used in the demonstrations.
+- `figures/`: reproducible scientific plots.
+
+## Reproduce
+
+Python 3.10+ is required; results were generated using the Python version recorded in `results/numerical_summary.json`. Create a virtual environment if desired.
+
+```bash
+python -m pip install -r requirements.txt
+python -m unittest discover -s tests -v
+python src/run_experiments.py --reps 8
+python src/transport_stress.py
+python src/sanity_checks.py
+python src/make_figures.py
+python src/build_pdf.py
+```
+
+The last command rebuilds the PDF using ReportLab and fonts included with Matplotlib. No external data service, token, GPU, molecular design software, or LaTeX installation is required. Rerunning may change small numerical details across dependency versions. Exact environment versions are in `ENVIRONMENT.json`.
+
+## Verified computational results
+
+- 96 default stochastic runs: 2 dimensions/settings x 6 conditions x 8 replicates.
+- Eight additional transport-stress runs: 2 supply geometries x 4 replicates.
+- Five independent-binomial experiments, 200,000 Monte Carlo samples each, compared with exact tails.
+- Nine research checks passed.
+- Default 3-D material fidelity: 96.28% with repair vs 82.13% without repair.
+- Only 2/8 reference 2-D resistor networks met the 10% conductance tolerance.
+- Both transport-stress conditions failed to finish by their declared deadline.
+
+These results establish behaviour of the supplied abstract programs. They do not establish physical error thresholds or molecule-level implementation.
+
+## Assumptions that must not be omitted when reusing this research
+
+1. The finite local-alphabet universality statement is conditional on ideal active tape-like macrocells and material-compatible scaffold removal.
+2. The positive reliability theorem requires a function tolerant to *any* fault set smaller than its declared threshold; the circuit demonstration does not have that certificate.
+3. The strong binomial exponent requires independent subcomponent faults; average defect density is insufficient.
+4. The runtime and handwritten motif definitions are part of the reusable platform. The 27- and 28-byte capsules are not total programme information.
+5. Inherited counters and the interpreter are idealized. The code has no sequence-level molecular backend.
+6. Internal reservoir planes are externally maintained apparatus. Their autonomous growth and hydraulic feasibility are not demonstrated.
+7. The closure DAG checker is separate from the lattice model. The latter uses local dwell/concentration locking.
+8. Energy output is a turnover proxy, not a calibrated thermodynamic calculation.
+9. No new laboratory experiments or independent peer review were performed.
+10. The broad ideas of seed programs, algorithmic assembly, proofreading, hierarchy, and inorganic templating have substantial prior art.
+
+## Assessment
+
+Status: **rigorous theoretical framework**. Scientific completeness 35%; mathematical completeness 60%; experimental readiness 20%; physical plausibility 55%; potential impact if validated 90%. These are subjective estimates of the bounded programme's maturity and conditional importance, not measured probabilities or a percentage solution of universal fabrication.

baseline_v1/REQUIREMENTS_TRACEABILITY.md

@@ -0,0 +1,30 @@
+# Requirement traceability
+
+| Requested component | Location | Delivered status |
+|---|---|---|
+| Title, abstract, central contribution | Opening; section 1 | Complete text |
+| Mathematical state space and dynamics | Section 3 | Defined; physical calibration absent |
+| Theorems A-F and proofs | Sections 4-6, 8-13, 16, 18 | Restricted proofs; conditional universality |
+| Compression and seed information | Sections 4-5, 21-22 | Bounds and accounting conventions |
+| Morphogenetic proofreading and thresholds | Sections 8-13 | Restricted models; no physical universal threshold |
+| New theoretical contribution | Sections 11-12 | Reliability-access window and redundancy-access reversal |
+| Genome IR and compiler | Sections 7, 14; `src/genome.py` | Executable restricted subset; molecular lowering open |
+| Physical finite-alphabet architecture | Sections 6, 16-17 | Conditional model and proposed mapping |
+| Multimaterial transduction | Sections 16-17 | Qualified process ladder; no new chemistry |
+| Parallel growth bounds | Section 18 | Restricted proof and resource bounds |
+| Transport, heat, strain, numerical estimates | Sections 19-20 | Calculations with stated assumed parameters |
+| Material logistics and internal access | Sections 11-12, 15, 19 | Theory and coarse transport model |
+| Topology/occlusion scheduling | Section 15; `src/theory.py` | Fixed-path DAG lemma/checker; not integrated into lattice locks |
+| Multiscale precision | Section 21 | Geometric fraction calculation and limits |
+| Leverage, autonomy, capacity | Sections 21-22 | Defined, with anti-hidden-complexity accounting |
+| Simulation components and ablations | Sections 23-24; `src/`, `results/` | Executed, including failures |
+| Experimental roadmap and minimal experiment | Sections 25-26 | Proposed design; no sequence set or wet-lab validation |
+| Functional benchmark levels 0-7 | Section 26 | Prospective criteria; no claim of physical completion |
+| Failure modes and falsification | Section 27 | Claim-specific support/failure/alternative tests |
+| Maintenance and biological relation | Section 28 | Conditions and explicit limitations |
+| 100 nm to 1 cm scaling | Sections 19, 29 | Order-of-magnitude assumptions; no manufacturing forecast |
+| 1, 3, 5, 10, 20-year programme | Section 30 | Conditional milestones |
+| Open problems and adversarial audit | Sections 31-32 | Ranked barriers and retained counterevidence |
+| Required final assessment | Final assessment | Subjective maturity estimates clearly identified |
+
+A standalone research package means that text, code, configuration, and recorded results are included. It does not mean that the scientific objective of arbitrary universal fabrication has been solved.

baseline_v1/RESULTS.md

@@ -0,0 +1,49 @@
+# Recorded results
+
+All values describe the supplied abstract models; no new laboratory measurements were made.
+
+## Default simulations
+
+| Dimension | Condition | Material fidelity mean | SD | Completion mean | Function passes |
+|---|---|---:|---:|---:|---:|
+| 2 | reference | 0.958618 | 0.006131 | 1.000000 | 2/8 |
+| 2 | no_repair | 0.825684 | 0.017794 | 1.000000 | 0/8 |
+| 2 | early_lock | 0.884033 | 0.010553 | 1.000000 | 0/8 |
+| 2 | no_internal_supply | 0.952881 | 0.004945 | 1.000000 | 0/8 |
+| 2 | common_mode | 0.887085 | 0.013869 | 1.000000 | 0/8 |
+| 2 | conversion_damage | 0.870361 | 0.004748 | 1.000000 | 0/8 |
+| 3 | reference | 0.962830 | 0.002344 | 1.000000 | not evaluated |
+| 3 | no_repair | 0.821259 | 0.003351 | 1.000000 | not evaluated |
+| 3 | early_lock | 0.882904 | 0.006368 | 1.000000 | not evaluated |
+| 3 | no_internal_supply | 0.959930 | 0.001758 | 1.000000 | not evaluated |
+| 3 | common_mode | 0.884857 | 0.005736 | 1.000000 | not evaluated |
+| 3 | conversion_damage | 0.881744 | 0.004271 | 1.000000 | not evaluated |
+
+Eight replicates per condition. SD is between-run standard deviation, not a confidence interval or a molecular uncertainty estimate. Only 2/8 reference circuits met the predeclared 10% conductance tolerance.
+
+## Transport stress
+
+| Internal plane spacing | Completion range | Material fidelity range | Finished by deadline |
+|---|---:|---:|---:|
+| 5 (internal planes) | 0.4844-0.5293 | 0.4580-0.5039 | 0/4 |
+| 0 (boundary only) | 0.2012-0.2109 | 0.1924-0.1963 | 0/4 |
+
+The default experiments did not establish a strong supply effect. These follow-up runs deliberately increased dwell and demand beyond the initial inventory; both supply geometries stalled. No rate is calibrated to DNA chemistry.
+
+## Independent probability benchmark
+
+| b | Trials | Observed failures | Exact module probability | Chernoff upper bound |
+|---:|---:|---:|---:|---:|
+| 10 | 200000 | 37256 | 0.187882455 | 0.489443658 |
+| 20 | 200000 | 14008 | 0.0706151774 | 0.239555094 |
+| 40 | 200000 | 2561 | 0.0126872413 | 0.0573866432 |
+| 80 | 200000 | 103 | 0.00053511163 | 0.00329322682 |
+| 160 | 200000 | 2 | 1.27550184e-06 | 1.08453429e-05 |
+
+The rarest empirical point is poorly resolved. Exact binomial probabilities, not rare Monte Carlo counts, support the numerical calculations. The code verifies the analytical bound for several independent parameter combinations.
+
+## Checks and assumptions
+
+Maximum default mass balance residual: 3.638e-12 normalized units. Nine research checks passed; see `results/test_log.txt`.
+
+Analytical threshold assumptions (independent faults and qualified arbitrary-fault-set tolerance) do not automatically hold in the coupled lattice simulation. Common references, preloaded resources, interpreter complexity, external reservoirs, ideal inherited counters, and uncalibrated energy proxies remain material limitations.

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baseline_v1/SOURCE_AUDIT.md

@@ -0,0 +1,25 @@
+# Source and novelty audit
+
+Search date: 19 September 2026. The review is targeted and non-exhaustive; it cannot establish research or patent priority. The manuscript distinguishes new derivation from established ingredients. No third-party full papers are bundled.
+
+| Reference | Evidence accessed | Use and limit |
+|---|---|---|
+| Soloveichik & Winfree, shape complexity | Primary arXiv abstract and bibliographic record, arXiv:cs/0412096 | Establishes prior connection to Kolmogorov complexity; not a new claim here |
+| Doty et al., intrinsic universality | Primary arXiv abstract and record, arXiv:1111.3097 | Prior universal tile system and distributed genome language |
+| Winfree & Bekbolatov, proofreading | Publisher chapter page and abstract, DOI 10.1007/978-3-540-24628-2_13 | Prior error-correction construction; no copied proof |
+| Woods et al., molecular algorithms | Publisher abstract, metadata, reference list; author-repository result | 355 tile species, 21 selected algorithms, reported aggregate tile error; not a universal error parameter |
+| Gomez et al., active tile universality | Primary arXiv abstract and proceedings record, arXiv:2407.11545 | Formal universality and approximate formal state count |
+| Holmes-Cerfon & Wyart, hierarchy | Primary arXiv abstract and rendered manuscript, arXiv:2501.02611 | Hierarchical interaction design predates this report |
+| Benoist & Sartori, assembly factors | Primary APS abstract and dated publication metadata | Recent adjacent kinetic principle; full-paper novelty comparison not completed |
+| Michelson et al., inorganic frameworks (2024) | Author-laboratory hosted first page/abstract and publication record | Restricted material conversion precedent; not arbitrary chemistry |
+| Michelson et al., devices (2025) | Primary publication metadata and authors' laboratory research highlight | Framework photocurrent and conversion precedent; publisher full text failed and PMC was blocked by a browser check |
+| Teng et al., patterning (2025) | Primary publisher article, abstract, and methods context | Large-area externally patterned assembly, not seed-only arbitrary structures |
+| Nguyen & Vaikuntanathan, nonequilibrium assembly | Primary publisher PDF text and bibliographic record | Thermodynamic precedent; publisher HTML redirected to a cookie page |
+
+All bibliographic URLs and titles appear in the manuscript. The inaccessible full texts are not represented as fully reviewed. General probability, conservation, and diffusion derivations were performed explicitly in this report. Their standard mathematical ingredients are not claimed as new.
+
+## Novelty boundary
+
+Candidate original contribution: the specific reliability-access co-design window and its finite optimal exponent under redundant-volume-dependent depletion. This is an original derivation *within this document*, with priority unverified. The key novelty question for expert review is whether equivalent coupled reliability/transport/conversion bounds already exist in algorithmic assembly, reliable distributed systems, reaction-network design, or manufacturing-process optimization.
+
+No new DNA motif, nanoparticle synthesis, working inorganic repair mechanism, molecular compiler, universal manufacturing phase transition, or successful general-purpose device platform is claimed.

baseline_v1/genomes/target_2d.json

@@ -0,0 +1 @@
+{"n":32,"op":"paired_path"}

baseline_v1/genomes/target_3d.json

@@ -0,0 +1 @@
+{"n":16,"op":"braced_shell"}

baseline_v1/requirements.txt

@@ -0,0 +1,5 @@
+numpy>=1.26
+scipy>=1.11
+matplotlib>=3.8
+reportlab>=4.0
+pillow>=10.0

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baseline_v1/results/growth_runs.csv

@@ -0,0 +1,97 @@
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baseline_v1/results/growth_summary.json

@@ -0,0 +1,218 @@
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+]

baseline_v1/results/numerical_summary.json

@@ -0,0 +1,95 @@
+{
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+}