myQShor
Quantum factorization algorithm
An implementation of Shor's algorithm using Python and Q# for quantum computing, with parallel computation and cross-language interoperability.
A implementation of Shor's algorithm written in Python calling Q# for the quantum part
28 stars
5 watching
11 forks
Language: HTML
last commit: over 5 years ago
Linked from 2 awesome lists
python3qsharp
Related projects:
Repository | Description | Stars |
---|---|---|
| A Python module for solving and visualizing the Schrödinger equation in quantum mechanics | 946 |
| A framework for designing and implementing quantum algorithms | 940 |
| An algorithm for solving optimization problems on quantum computers using machine learning techniques. | 13 |
| Designs quantum algorithms using evolutionary techniques | 19 |
| A comprehensive quantum computing library for programming and simulating quantum systems. | 374 |
| A tool for solving quantum systems through numerical methods using an interface to the XACC framework | 14 |
| A Python package for generating and executing quantum circuits for solving satisfiability problems using Grover's algorithm | 7 |
| A program for ab initio simulation of the electronic structure of molecules and periodic solids using the time independent Schrödinger equation. | 68 |
| An educational resource teaching software developers how to approach optimization problems using quantum computing | 98 |
| A package for building and simulating digital-analog quantum programs with tunable qubit interactions | 72 |
| A toolkit for developing and optimizing quantum algorithms using Python | 96 |
| A PyTorch-based simulator for quantum machine learning | 45 |
| An abstraction framework for quantum algorithms, enabling the formulation, combination, and optimization of generalized objectives. | 370 |
| A prototype of a probabilistic quantum programming language with functional programming influences | 25 |
| A Python library for simulating the dynamics of indistinguishable quantum particles in open quantum systems | 17 |