Q

quantum computing

QuantumLock is an open-source, quantum-resistant Bitcoin protocol designed to protect digital assets from future quantum computing threats. Featuring hybrid signatures, privacy enhancements, scalable architecture, and modular governance, QuantumLock ensures that Bitcoin remains secure, resilient, and future-proof. https://roxanneardary.com/quantumlock/

QGuardian Registry is an open-source quantum hardware compatibility layer that standardizes and indexes quantum device capabilities—such as native gate sets, qubit topology, and fidelity metrics—to enable automatic hardware discovery, matching, and integration across the quantum computing ecosystem.

QGuardian — Fidelity First is an open-source quantum computing platform that ensures reliable and reproducible execution of quantum circuits by automatically matching circuits to compatible hardware, enforcing fidelity thresholds, and reducing errors through native gate awareness and global hardware profiling.

⟨Grassmann-Clifford-Hodge⟩ multilinear differential geometric algebra

Explore how multi-digit Ising mappings enhance low-precision solver performance with a Python implementation and visual insights.

QCOS is an open source Quantum Computing Operating System

Python library for the reduction of NP-complete problem to the QUBO problem and test of their efficiency through classical an quantum solvers.

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.

LibKet (pronounced lib-ket) - The Quantum Expression Template Library. https://libket.readthedocs.org, https://libket.gitlab.io/LibKet/

A deep dive into quantum computing fundamentals, covering quantum data types, algorithms, and architectures. This project explores both custom-built quantum frameworks and existing open-source solutions, alongside implementations using real quantum hardware. We will develop and optimize quantum circuits, gates, and algorithms such as Shor’s and Grover’s, providing hands-on experience in leveraging quantum mechanics for cryptography, optimization, AI, and beyond. By experimenting with quantum-classical hybrid models, we aim to bridge the gap between classical and quantum computing, pushing the limits of computational efficiency.

O projeto descrito tem como objetivo principal desenvolver algoritmos e protocolos de roteamento que garantam a descoberta da melhor rota em diferentes topologias de redes quânticas, fornecendo as maiores oportunidades de comunicação quântica entre um par arbitrário de dispositivos quânticos.

Mainly for AI and Quantum development along with other IT related product and services

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This repository contains QCobalt lectures from "Womanium AI + Quantum 2024" program. This is not the forked version of the original repository as I have changed some code and fixed some bugs.

This repository contains QNickel lectures from "Womanium AI + Quantum 2024" program. This is not the forked version of the original repository as I have changed some code and fixed some bugs.

This repository contains QBronze lectures from "Womanium AI + Quantum 2024" program. This is not the forked version of the original repository as I have changed some code and fixed some bugs.

Tensor Network-based Quantum Machine Learning arXiv:2202.10471 [quant-ph]

A project that introduces a Quantum Invertible Neural Network (QINN). The invertible architecture can be trained as a density estimator to perform data generation. Implemented using Pennylane.

Toy quantum simulator