Hands-on showcase · 3-contexture manufacturing template

QPC optimization showcase

For a named company desk, use the Design Partner invitation. This page is a 3-contexture showcase: send a request from this page (or download JSON for your records), one coupled IBM Heron r2 job when the queue allows, auditable job ID returned.

Plain English

Recommended tryout · manufacturing: 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. Send the request from this page (QPC mail From: readytogo@quantumpolycontextural.ai), and we run one coupled IBM Heron r2 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. Same polycontextural pattern as the full-scale industry pilots, on a 3-contexture template.
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.
Named desks and architecture evidence: Design Partner for a company desk. Architecture program for the full evidence set.

How it works

1. Fill the form below (name, email, 8 parameters) 2. Click “Send request to QPC” (sent from readytogo@quantumpolycontextural.ai) 3. Optionally also download the JSON for your records 4. QPC runs one coupled 3-contexture job on IBM Heron r2 (ibm_fez) 5. You receive result summary + IBM job ID by email

Async by design. Runs are queued and executed as demonstration requests. IBM time sits on the QPC path.

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. Values sit in a bounded evaluation range.

Tip: 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

Outbound mail From is always readytogo@quantumpolycontextural.ai. Sent through the QPC form.

What this run proves

Parallel contextures. Three objective blocks in one gate-native submission.
Simultaneous coupling. Transjunctions during compute, one IBM job.
Auditable hardware. IBM job ID you can look up in the IBM Quantum console.

What this run is: a 15-qubit coupled template (standard evaluation instance) on IBM Heron r2. Full 156Q industry pilots, including manufacturing scheduling, are published on the Heron pilots page.