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Route-assignment QUBO in the Volkswagen / D-Wave problem class (arXiv:1708.01625): minimize congested-road count. QPC runs three geographic zone contextures coupled at shared segments in one polycontextural IBM submission.
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ibm_fez · 48 active variables · 156Q Heron156 layout · 8192 shots · metric = congested roads (lower is better).d94mqdsql68s73c9o2gg.Lane B · Industry pilot. Headline 2 congested roads uses QPC’s declared problem decoder on quantum samples from one coupled 156-qubit job — a mobility KPI, not an ICC architecture witness.
Architecture coupling proofs on raw IBM counts are Lane A: Joint Structure Challenge · two-lane overview.
Layout: 156Q (3×52Q zone contextures) · morphogrammatic padding · 16 cars · 48 measured vars · 8192 shots
| QPC execution | Congested roads (decoder) | Qubits | Depth | IBM job ID |
|---|---|---|---|---|
| QPC polycontextural (one run) | 2 | 156 | 176 | d94mqdsql68s73c9o2gg |
Full 156-qubit co-residence — three geographic zone contextures with morphogrammatic entanglement and transjunction bridges on shared road segments. One gate-native Fez submission for multi-zone traffic structure.