Q

quantum

A Rust program for Quantum Symbolic Symmetry. https://qsym2.dev

Plot your spicy quantum measurements with Qimchi

Measurement scripts for SQUAD Lab

Mirror of

https://github.com/Christopher-K-Long/QuGrad

A Python package for quantum optimal control.

https://QuGrad.readthedocs.io

Mirror of

https://github.com/Christopher-K-Long/Minimal-state-preparation-times-for-silicon-spin-qubits-source-code

The source code required to reproduce and plot the data presented in:

https://doi.org/10.1038/s41534-025-01027-8

Mirror of

https://github.com/Christopher-K-Long/From-virtual-Z-gates-to-virtual-Z-pulses-source-code

The source code required to reproduce and plot the data presented in:

https://arxiv.org/abs/2509.13453

A mirror of

https://github.com/Christopher-K-Long/Suzuki-Trotter-Evolver

A C++ header-only library for evolving states under the Schrödinger equation using first-order Suzuki-Trotter and computing switching functions.

https://Suzuki-Trotter-Evolver.readthedocs.io/

A mirror of

https://github.com/Christopher-K-Long/PySTE

A Python package for evolving unitaries and states under the Schrödinger equation using first-order Suzuki-Trotter and computing switching functions.

https://PySTE.readthedocs.io

A Python-based quantum simulation platform. Runs ProjectQ quantum algorithms in Docker for fast, portable, and consistent testing.

With over 3000000 blocked domains used by ads that my amazing AI put up together. The AI is like a loyal dog, trained to find those ads, sniffing the ground, running in every direction working hard, sweating like a champ! This is THE list.

SuperConga: Superconductivity simulation framework on GPU.

This includes projects on lexical analysis using Lex, parsing with Lex and Yacc, exploring quantum circuits and registers, and practising skills related to context-free languages. Additionally, it programs a Turing machine, with specific instructions for using the Tuatara simulator version 2.1.

qocttools package, designed to be used on top of qutip. It implements a number quantum optimal control utilities.

See the documentation for the latest stable version at https://qocttools.readthedocs.io/

See the documentation for the latest developer's version at https://acbarrigon.gitlab.io/qocttools/

Investigation of numerical methods for damping reflections of quantum waves on numerical boundaries for Schrödinger equation.

Visit our Documentation

Quantum computation library in C++

Toy quantum simulator

Framework for controlling QKD devices and managing symmetric keys. See the project page here