Ibm Quantum Python Packages

arvak

Rust HAL for quantum hardware. One Python API across IBM, IQM, Quantinuum, AQT, IonQ, Quandela, Scaleway, AWS Braket, NVIDIA CUDA-Q, MQT DDSIM and a local simulator, with Qiskit / Cirq / Qrisp / PennyLane as input converters.

shotgate

Container-native CI/CD quality gates for quantum circuits: statistically validate the probabilistic output of quantum programs across simulators and real QPUs, as declarative YAML, with drop-in exit-code gating.

scpn-quantum-control

Quantum simulation of coupled-oscillator synchronisation on IBM Heron r2 (156 qubits). Rust-accelerated (5401×). 20/20 hardware experiments. CHSH S=2.165. First heterogeneous Kuramoto-XY on quantum hardware.

quantum-pipeline

A Python module for executing and monitoring quantum algorithms across local simulators and IBM Quantum platforms. Seamlessly handles data collection, organization, and streaming to Apache Kafka.

hiq-quantum

Rust HAL for quantum hardware. One Python API across IBM, IQM, Quantinuum, AQT, IonQ, Quandela, Scaleway, AWS Braket, NVIDIA CUDA-Q, MQT DDSIM and a local simulator, with Qiskit / Cirq / Qrisp / PennyLane as input converters.

quanta-sdk

AI-native quantum computing SDK — 20 MCP tools, 200+ qubit MPS/sparse simulation, 31 gates, IBM Quantum hardware, Grover, QAOA, VQE, Shor, QEC

quantum-flex

Real-hardware Qiskit experiments and quantum visualizations — CHSH Bell, 100-qubit supremacy, Mermin-Peres magic square, teleportation, mandala/terrain art, and a museum of honest failures.

rqm-qiskit

Repository name: rqm-qiskit Mission: Build a clean, production-ready Python package that provides an SU(2)-native / quaternion-inspired interface on top of Qiskit, so users can describe 1-qubit quantum states and gates in rotation-first geometric language, then convert them into standard Qiskit circuits for simulation and IBM Quantum execution