Results library · Evidence snapshot 13 July 2026

The visual result is part of the scientific record.

Every figure names its source, revision, units and authority boundary. Canonical output, deterministic regeneration and conceptual capability are not presented as the same thing.

Repo-derived figuresNine public visuals
Retained dataCanonical STL, JSON, reports and one Cell trace
ExcludedFixtures, shadow screenshots and branch-only output

Featured result

The result is meaningful because the 19.945% fine-grid GCI is shown rather than designed away.

OpenFOAM pressure-drop chart across coarse, medium and fine gyroid meshes
FIG 02 OpenFOAM mesh-refinement observation564,291 → 1,960,469 cells · ΔP 10.661 → 11.399 Pa Fine-grid GCI 19.945%; under-resolved, standalone and not a measurement.
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Result index

Repository output, interpreted in public.

Large figures replace decorative KPI cards. Their limitations sit beside the visual.

Scaffold Intelligence · Computational geometry

A connected reference geometry.

The canonical 25 × 15 × 3 mm network gyroid is one connected solid around one connected void network. The surface is watertight, manifold and 49.9% porous.

Printability unevaluated · not microscopy

Computational render of the canonical connected network-gyroid scaffold geometry
FIG 01 Canonical network-gyroid geometrymain · 33627bd · STL sha256 2201aa9a… · 25 × 15 × 3 mm Computational STL render, not microscopy. Printability and wet-lab performance remain unvalidated.
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Zentari Nano · Analytic reference

Traction made visible without pretending to be FSI.

The surface field comes from the repo’s analytic creeping-flow implementation. The response shape is illustrative and intentionally cannot carry a material claim.

Analytic Stokes · illustrative response

Analytic Stokes surface traction on an undisturbed carrier and illustrative deformed response
FIG 03 Analytic Stokes field · illustrative responsemain · 1cacc2d · 14 µm radius · 160 nm slip length Analytic creeping-flow reference; deformation is not OpenFOAM, solved FSI, hardware or laboratory evidence.
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Zentari Nano · Internal benchmark

Four tasks expose the passive floor.

Two simulated Zentari baselines and one passive reference are compared across the same internal suite. Every leaderboard entry is marked unmeasured.

L2 in-silico · no external benchmark

Internal MicroCarrierBench plot comparing magnetic, acoustic and passive reference carriers across four tasks
FIG 04 MicroCarrierBench v0.1 · internal L2 benchmarkzen-magnetic 88.56 · zen-acoustic 88.22 · passive floor 2.44 Every entry is unmeasured and in-silico; no external benchmark or sim-to-real gap is available.
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Quantum Energy · Counterfactual replay

Variation across twelve retained slices.

Each point is a deterministic 1,000-job slice. The band is the 95% confidence interval on the twelve-slice mean—not a prediction interval or a trend.

9,748 compared · 2,252 excluded

Savings estimates across twelve deterministic public workload trace slices
FIG 05 Public-trace counterfactual replay12 × 1,000 jobs · mean 21.51% · 95% CI on mean 17.64–25.38% Ordered sample slices with a GB price proxy; not live-site, tariff or settlement savings.
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Quantum Energy · Replay value

The decision and the unavailable bound.

The day-ahead policy is compared with baseline and hindsight. Hindsight cannot inform the original decision and is reported only as an upper bound.

Price proxy · no realised saving

Counterfactual cost bars comparing baseline, day-ahead policy and hindsight upper bound
FIG 06 Day-ahead policy value in replaybaseline £6,082.35 · day-ahead saving £1,478.36 · hindsight £1,997.98 Hindsight is a non-causal upper bound. The replay uses a price proxy and is not realised value.
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Quantum Materials · Emulated evidence

The gate is the result.

Batch 2 remains linked to Batch 1 evidence while the physical L3 claim is refused. Placeholder-token outputs are never relabelled as an assay.

origin/main only · branch output excluded

Emulated two-batch discovery loop showing evidence-linked selection and a blocked physical claim
FIG 07 Emulated autonomous-loop wiringorigin/main · 3207d44 · placeholder-token toy oracle The 1.8 → 1.1 mM values are emulated fixture outputs—not a peptide, assay or material result.
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Zentari Cell · Deterministic trace

A seven-day changing culture.

Population fates and four absolute-unit environment traces are generated by the Cell-F1 axial reference engine. The underlying request and full run are retained as public JSON.

174 snapshots · trace digest 7d87ae1e…

Cell-F1 seven-day simulated population fate with absolute-unit oxygen, glucose, lactate and pH traces
FIG 08 Cell-F1 deterministic axial referencecelltrace-7d87ae1e… · 174 snapshots · 0–168 h Reduced-order, literature-order structural priors; no biological or laboratory validation.
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Zentari Cell · Contract capability

Lifecycle identity without invented kinetic effect.

The visual explains stage-specific programme identities and directed transitions. It is explicitly conceptual: the current sidecar does not alter the simulated trace.

Context only · reviewed protein catalogue pending

Conceptual sequence of lifecycle-specific protein-programme identities and directed transitions
FIG 09 Lifecycle programme identity · context onlymain · 50b21e3 · LifecycleProgramme contract The sidecar does not alter F0/F1 kinetics and does not validate a real-cell protein catalogue.
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Bring the next claim into contact with reality.