Tutorials for Quantum Algorithms with Qiskit implementations.

• UpdatedJan 28, 2024
• Jupyter Notebook

Visualization tools for the qubit Bloch sphere

• UpdatedFeb 27, 2023
• Python

Source code for the book "Quantum Computing for Programmers", Cambridge University Press

• UpdatedDec 24, 2024
• C++

Slide decks and Jupyter notebooks for training on Rigetti's quantum software stack at the Creative Destruction Lab 2018.

• UpdatedJul 16, 2018
• Jupyter Notebook

A simple web based Bloch sphere simulator, intended to help people to understand and visualize transition of single qubit state on applying different Quantum logic gates.

• UpdatedDec 14, 2023
• JavaScript

This application can be used to visualize applying a quantum gate to a qubit on a Bloch Sphere

• UpdatedMar 10, 2021
• C

Interactive bloch sphere implemented with Three.js

• UpdatedJul 28, 2024
• JavaScript

This repository contains all the theory resources and lab assignments done in the course CSE481 of BracU

• UpdatedMay 18, 2024
• Jupyter Notebook

plot Bloch Sphere Binary Tree

• UpdatedMar 4, 2024
• Python

Solutions for the Jupyter notebook exercises for the training on Rigetti's quantum software stack at the Creative Destruction Lab 2018.

• UpdatedJul 16, 2018
• Jupyter Notebook

An interactive quantum simulator in Rust using egui. Users can manipulate qubit states with quantum gates, visualize results on the Bloch sphere, and explore algorithms like Grover's Search and Quantum Teleportation.

• UpdatedAug 14, 2024
• Rust

• UpdatedMay 26, 2021
• Python

A quantum Bloch-sphere simulator.

• UpdatedOct 17, 2021
• JavaScript

This project is a 3D Bloch Sphere Simulator built with Python, and Qiskit. It allows you to visualize the state of a single qubit on a Bloch Sphere, apply various quantum gates, and explore their effects.

• UpdatedNov 8, 2023
• Python

For quantum computing, this is a simple way to determine how much to rotate around a Bloch sphere.

• UpdatedJan 26, 2020
• Python

Bloch sphere simulator

• UpdatedMar 7, 2024
• TypeScript

This project involves simulating a quantum classifier using a variational quantum circuit for binary classification problems. It is divided into three main parts, each contributing to the total project credits.

• UpdatedJul 1, 2024
• Jupyter Notebook

Visualize bloch sphere interactively

• UpdatedMar 9, 2025
• HTML

Demonstrates basic quantum image processing techniques using Qiskit

• UpdatedSep 4, 2024
• Jupyter Notebook

Visualization of the Bloch Sphere in Processing

• UpdatedJan 19, 2020
• Processing