QPC architecture overview

Updated August 2026 · replaces an older industrial marketing draft

What QPC is

Quantum Polycontextural Computing (QPC) is an architecture for keeping several competing business logics co-resident in one quantum job on real hardware, then reading out rankings you can inspect.

It is not a claim that IBM or Google processors are “not quantum.” Those are real NISQ QPUs with real noise limits. QPC uses such platforms — especially IBM Heron — and reports public job IDs.

What we demonstrate today

Multi-logic desks on IBM Heron (ibm_kingston, ibm_marrakesh, ibm_fez, …)
Open / government data freezes (grid, polypharmacy, credit, EO, …)
Organizing advantage vs hybrid “three jobs + classical glue”
CUDA-Q hybrid-stack compatibility (NVIDIA ecosystem story)
Cross-platform same-task evidence (IBM + QuEra Aquila)

Primary public evidence: Five Real-World Desks · QPC × NVIDIA CUDA-Q · Highlights

What we do not claim here

Fault-tolerant quantum error correction as a finished product
Invented annual revenue / ROI figures
A desktop room-temperature QPC computer replacing cryogenics as a sold SKU
Universal “98% system fidelity” as a current marketing metric

Hardware reality

When QPC runs on IBM superconducting processors, it inherits that platform’s cryogenics and noise. Architecture claims are about how logics are organized on the QPU, not about owning a fridge-free product today.