PLATFORM COMPATIBILITY · AZURE QUANTUM · IONQ FORTE

QPC Runs on Microsoft Azure Quantum

Quantum Polycontextural Computing on Microsoft Azure Quantum via IonQ Forte Enterprise. Same morphogrammatic encoding layer as IBM Heron r2, Pasqal, IQM, and Origin Wukong.

✓ VERIFIED ON AZURE QUANTUM (IONQ FORTE ENTERPRISE)

Test Results at a Glance

35-qubit morphogrammatic encoding on IonQ Forte Enterprise 1 (real QPU) through Azure Quantum. Full Forte Enterprise width on that workspace.

Qubits (Forte Enterprise)

100%

Uniqueness Ratio

64/64 unique states

Shots

~93 min

Total Time (queue + QPU)

Detailed Benchmark Results

35Q Run on ionq.qpu.forte-enterprise-1

Metric	Value
Backend	ionq.qpu.forte-enterprise-1
Qubits	35
Depth (logical)	8
Circuit depth (actual)	27
Shots	64
Unique states	64
Uniqueness ratio	100%
QPU execution time	Recorded via Azure job ledger (see job ID)
Job ID	dd7dc206-18d5-11f1-ab18-a232f5d93cf8

All 64 shots produced distinct bitstrings. The QPC morphogrammatic encoding circuit ran correctly on IonQ Forte Enterprise trapped-ion hardware through Microsoft Azure Quantum.

QPC is a universal quantum computation layer on Microsoft-backed quantum infrastructure. The same polycontextural logic that runs on IBM, Pasqal, IQM, and Origin Wukong executes on Azure Quantum: one algorithmic layer, multiple hardware families. Enterprise integration: subscriptions, resource groups, audit trails. The 100% uniqueness (64/64 distinct outcomes) shows that the circuit’s logical structure is preserved on the QPU.

What QPC ran on Azure

Verified hardware path: IonQ Forte Enterprise through a Microsoft Azure Quantum workspace.

Verified backends

IonQ Forte / Forte Enterprise: 35 qubits (real QPU) · verified ✓ · job dd7dc206-18d5-11f1-ab18-a232f5d93cf8
IonQ Aria: 25 qubits (real QPU), same Azure workspace path
Quantinuum: available in the same Azure Quantum workspace for trapped-ion follow-on

QPC abilities on Azure

Same gate-based circuit: QPC morphogrammatic encoding runs on IonQ via the Qiskit / Azure Quantum provider
Microsoft cloud integration: job submission, monitoring, and result retrieval through Azure Portal
Enterprise billing and compliance: Azure subscriptions, resource groups, and audit trails
Multi-provider access: IonQ and Quantinuum from one workspace

How to Run QPC on Azure Quantum

Steps

Create an Azure Quantum workspace (East US or other supported regions)
Add IonQ (and optionally Quantinuum) as providers in the workspace
Set environment: AZURE_QUANTUM_RESOURCE_ID, AZURE_QUANTUM_LOCATION
Run the QPC operator under NDA. QPC compiles and submits through the Azure provider.

Partner path: Design Partner.

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): Origin Cloud. See Origin.
Superconducting (IQM Garnet): 20Q HTD via Resonance. See IQM.
Trapped ions (IonQ via Azure): 35Q on Forte Enterprise · verified ✓
Neutral atoms (Pasqal): Analog run. See Pasqal.
Neutral atoms (QuEra Aquila): Analog AHS. See IBM + Aquila.

QPC ON MICROSOFT AZURE QUANTUM · VERIFIED