QPC optimization showcase

Configure a bounded 3-contexture optimization instance, download your request as JSON, and email it to QPC. We run one coupled IBM Heron job when queue allows and return an auditable IBM job ID and result summary — typically within a few business days.

Plain English

Recommended tryout — manufacturing: The clearest way to use this page: treat the three contextures as parallel assembly lines. Set Line A / B / C weights to your line priorities and couplings to how tightly jobs on different lines should stay coordinated. Download the JSON, email it to QPC, and we run one coupled IBM Heron job for you. You receive an auditable job ID and a result summary — then compare your run to our published manufacturing pilot (0 late jobs on the reference instance, job d96daa0tcv6s73djknig).
What this is: An evaluation showcase for hands-on diligence — not instant cloud access, not custom script upload, and not a production SLA. It lets you experience the same polycontextural pattern we use in full-scale industry pilots, at bounded cost.
What you tune: 8 parameters: three line/context weights, three cross-line couplings, morph depth, instance seed — mapped to Line A / B / C in the manufacturing pilot.
What you get: One parallel polycontextural quantum run on IBM + job ID + weighted showcase score.
What we do not offer here: Arbitrary Python jobs, unlimited qubits, or guaranteed optimization wins — see architecture program for full evidence.

How it works

1. Fill the form below (name, email, 8 parameters) 2. Download JSON request file 3. Email JSON to readytogo@quantumpolycontextural.ai 4. QPC runs one coupled 3-contexture job on IBM Heron (ibm_fez) 5. You receive result summary + IBM job ID by email

Async by design. Runs are queued and executed manually — you are not billed by QPC for IBM time; this is a demonstration request, not a production SLA.

Your request

Your name

Organization optional

Eight parameters (3 contextures / lines)

Weights set relative emphasis on each parallel contexture — in manufacturing tryouts, read these as Line A, Line B, Line C priority. Couplings set transjunction strength between line pairs. All values are bounded for a safe evaluation run.

Tip: Set parameters with the balls — drag each slider for line weights and couplings; use the dropdowns for morph layers and instance seed.

Line A weight 33%

Line B weight 33%

Line C weight 34%

Coupling A↔B 70%

Coupling B↔C 70%

Coupling C↔A 70%

Morph layers circuit depth within cap

Instance seed reproducible variation

Email QPC after download

What this run proves

Parallel contextures — three objective blocks in one gate-native submission.
Simultaneous coupling — transjunctions during compute, not three IBM jobs merged in classical software.
Auditable hardware — IBM job ID you can look up in the IBM Quantum console.

Honest scope: Showcase uses a bounded 15-qubit coupled template (standard evaluation instance). Full 156Q industry pilots — including manufacturing scheduling — are published separately on the Heron pilots page.