Quantum assembly language for extended quantum circuits

A platform-agnostic quantum runtime framework

OpenQASM 3 + OpenPulse in Python

Python toolkit providing OpenQASM 3 semantic analyzer and utilities for program analysis and compilation.

Importer from OpenQASM 3 to Qiskit's QuantumCircuit

qBraid-SDK QIR transpiler integration

Build quantum algorithms with qBraid

pytket-phir is a circuit analyzer and translator from pytket to PHIR.

🔳️🔲️💾️ The official source repository for the Meadows Classical Developer virtual machine, a tool that enables Meadows to be emulated on a classical computer, instead of a Quantum Computer.

Quantum Algorithm Visualization Engine turns Qiskit/OpenQASM quantum circuits into deterministic traces and synchronized animations, making quantum algorithms easier to teach and understand.

A micro-optimized, high-performance NISQ Statevector Quantum Simulator using JAX XLA Kernel Fusion.

MNIST classification of handwritten digits on a quantum computing simulator using OpenQASM.

An OpenQASM 3.0 Parser for Python

Interpreter for OpenQasm programming language

Shadow-HoTT: a Clifford/Pauli quantum-circuit linter with paraconsistent diagnostics.

Visualize quantum computing results on an LED display like the flux capacitor in 'BACK TO THE FUTURE'.

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.

An honest, runnable experiment: does quantum computing (QAOA) actually beat a classical portfolio optimizer?

AI-Assisted Quantum Circuit Reliability Analysis Platform using Qiskit, Machine Learning, Explainable AI, and Noise Simulation.

Principles, applications, and technologies of quantum science.