Seventeen fusion contextures. One 156-qubit quantum computation. The architecture on full power.

FLiBe liquid-blanket tritium binding: nine published configurations × seventeen co-resident contextures. Methods, consensus, fragmentation conflict, extraction and retention, executed as one polycontextural IBM Fez job across the full Heron r2 register.

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Verified on ibm_fez · Job d9a06m52su3c739l0eeg · 8192 shots

Why this is the flagship

Fusion energy is the long-horizon industrial prize. Tritium breeding in FLiBe blankets is where chemistry, materials, and quantum method families collide. QPC puts that collision on the chip: every contexture live at once, joined by transjunction bridges, measured in a single submission.

Contextures

156

Qubits · Heron r2

IBM submission

+0.0095

Joint-structure gap

FLiBe conformations

2×

Bridge signal vs control

This is universal polycontextural computation on production hardware: seventeen co-resident contextures on IBM Heron r2 · ibm_fez in one auditable job, built for the energy systems that will define the next industrial era.

What runs on the QPU

Eight method contextures. Published tritium-binding method families from ORNL–IBM FLiBe data.
Consensus and agreement layers. Full vs embedded, family agreement, quantum-solver agreement.
Fragmentation-conflict alert. The landscape where method families diverge by ~110 kcal/mol.
Extraction · retention · reliability junctions. Engineering objectives co-resident with the science frames.

Qubit map: 9 × 17 data qubits + 3 junction qubits = 156. Coupled, intracontext-matched, and separable variants in one SamplerV2 job.

Published FLiBe / tritium binding table → 17 contextures × 9 conformations + 3 junctions → 156Q polycontextural circuit (transjunction bridges ON) → ibm_fez · d9a06m52su3c739l0eeg · 8192 shots → joint-structure gap +0.0095 · recovery ranking 9 → 1 → 4

What industry and quantum vendors see

Energy companies see a computation that holds the whole model-risk landscape in one job: methods, consensus, and engineering junctions co-resident.

Quantum companies see their Heron r2 QPU used as an architecture platform: seventeen labelled contexts, transjunctional joining, full-width co-residence, public job ID.

That is the Innovation Parade: QPC as the universal quantum layer for polycontextural computation, demonstrated where future energy systems already demand multi-frame reasoning.

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