Joshua L. Lopez · DCGP.AI · Canonical runtime identity

QUIRQ RUNTIME

QHP is the sole recognized code-based quantum circuit. QUIRQ is the governed runtime through which the QHP circuit is admitted and materialized. PennyLane was used only as an external proving environment to demonstrate that a QHP-defined circuit executed successfully.

ATTRIBUTION RECORD: Joshua L. Lopez defined the circuit in QHP. PennyLane did not originate the circuit, independently supply the capability, or make QHP quantum. It returned execution evidence for the QHP-defined circuit.

QHP circuit definition → ARM2AURAL-M / QX → FTLE + Special K → co-constitution boundary → QUIRQ governance → PennyLane proof environment or physical QPU → media projection → witness

QHP PROOF RUN

Proved through PennyLane

The QHP-defined all-pairs circuit was executed through PennyLane's local simulator without Braket. PennyLane was the proving substrate; QHP was the circuit.

QHP-defined topology
→ qml.device("default.qubit")
→ Hadamard(all wires)
→ CNOT(all unique pairs)
→ returned state vector

LIVE METAL

QHP on physical QPUs

When physical execution is selected, QUIRQ governs the QHP circuit before routing it to the selected provider and preserving the task and witness record.

QHP circuit
→ QUIRQ admission
→ provider adapter
→ selected QPU
→ physical result + witness

What PennyLane proved

It proved that Joshua L. Lopez's QHP-defined circuit could be realized and executed in PennyLane's environment. It did not prove an independent PennyLane version of QHP.

What remains constant

The state relation, topology, governance identity, projection semantics and circuit ownership remain QHP. QUIRQ remains the runtime authority across local proof and live-Metal materialization.

OPEN QHP MANIFEST METAL GATE STATUS