PLATFORM COMPATIBILITY · ORIGIN CLOUD · WUKONG · MARCH 2026

QPC Runs on Origin Quantum (Wukong)

Quantum Polycontextural Computing on Origin Quantum’s 72-qubit Wukong superconducting processor. Same morphogrammatic encoding layer as IBM Heron r2, IonQ, Pasqal, and IQM.

✓ VERIFIED ON WUKONG HARDWARE

Test Explanation

The same QPC morphogrammatic encoding benchmark ran on Origin Quantum Cloud through pyqpanda3, on the 72-qubit Wukong superconducting backend (Origin Cloud 72).

What We Tested

Circuit: QPC morphogrammatic encoding via proprietary compilation, depth-12 brickwork.
Platform: Origin Quantum Cloud via pyqpanda3, backend 72 (Wukong 72-qubit superconducting).
Date: 3 March 2026. Hardware execution on Wukong.
Purpose: Show QPC as a computation layer on Chinese superconducting hardware and Origin Pilot–compatible infrastructure.

Benchmark Results

Both runs completed on Wukong hardware (backend 72). 20Q returned a unique state on every shot.

Qubits

97.27% uniqueness

Qubits

100% uniqueness

Wukong Chip Size

4–5 s

Execution Time

Detailed Results

Run	Qubits	Shots	Unique States	Uniqueness	Time
12Q	12	256	249	97.27%	4.3 s
20Q	20	512	512	100%	4.3 s

Same circuit structure as the IBM / IonQ / Pasqal morphogrammatic benchmark. High uniqueness shows that Wukong preserved the circuit’s statistical structure: 249 distinct outcomes from 256 shots at 12Q, 512/512 at 20Q.

QPC on Origin Pilot

Origin Pilot (本源司南) is Origin Quantum’s quantum operating system and control layer. QPC is the computational layer that compiles onto it. Complementary stack, one job path.

Layer stack

Layer	Origin Pilot	QPC
Control / OS	Task submission, chip control, calibration, protocol	Compiles QPC jobs onto that control path
Computation / Logic	Hosts QPC as Origin task format	Multi-contexture, transjunctions, kenogrammatic states
Physical	72Q Wukong, HanYuan, PQPUMESH8, ion trap, photonic	Same Origin backends as execution targets

Result: QPC sits on Origin Pilot. QPC programs compile to Origin’s task format and run on Wukong, HanYuan, and other Origin-backed hardware. Natural collaboration.

Advantages for Origin Pilot

QPC on Origin’s platform gives Origin Quantum and its users a polycontextural computation layer on their own cloud and chips.

Why Origin Pilot benefits from QPC

Differentiation: Origin hosts native polycontextural / multi-contexture semantics on Wukong, with a measured uniqueness readout.
Hardware-agnostic proof: The same QPC logic layer already runs on IBM Heron r2, IonQ (Azure), Pasqal, IQM Garnet, and Origin Wukong.
Protocol alignment: Origin’s heterogeneous chip protocol (异构量子芯片对接协议) is built for external backends. A QPC-backed system plugs in as another adapter.
New applications: Multi-contexture and transjunctional algorithms open supply-chain, optimization, and context-rich decision workloads in Origin’s own task format.
Market positioning: Origin Cloud gains a premium algorithmic layer for research and enterprise customers.

QPC Across Hardware Families

One framework, multiple platforms

QPC is demonstrated on:

Superconducting (IBM Heron r2): 156-qubit desks on Kingston, Fez, Marrakesh. Public job IDs. See Highlights.
Superconducting (Origin Wukong): 12Q and 20Q on the 72-qubit Wukong chip via Origin Cloud. This page.
Superconducting (IQM Garnet): Full-width 20Q HTD via Resonance. See IQM.
Trapped ions (IonQ via Azure): 35Q on Forte Enterprise. See Azure.
Neutral atoms (Pasqal): Analog path. See Pasqal.
Neutral atoms (QuEra Aquila): Analog AHS. See IBM + Aquila.

Quantum Polycontextural Computing is a universal quantum computation layer across these families, including Origin Quantum’s Wukong and PilotOS ecosystem.

QPC ON ORIGIN WUKONG · VERIFIED