Explore quantum computing with Qiskit! Dive into Grover's algorithm, Quantum Fourier Transform, and more. Includes code executed on IBM Quantum Experience.

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.

The Qiskit Hackathon is a unique opportunity for students to dive into the fascinating world of quantum computing. Participants will collaborate in teams to tackle a series of challenging problems that test their creativity, problem-solving skills, and understanding of quantum algorithms. This hackathon aims to inspire innovation in QC.

This game implements a simple quantum circuit with qiskit. Upon each move a super position (H Gate) is created and the output is computed based on the probability of the state of the respected players' move. The game logic is then calculated and the app state is updated until an ending is reached.

mps_xtrap is a production-ready Python quantum circuit simulator (v2.2.1) built on Matrix Product States (MPS). It uses multilevel Richardson extrapolation to approach infinite bond-dimension accuracy, with GPU acceleration via CuPy, gate fusion to cut SVD overhead, and Born-rule qubit measurement.

A game developed by python+qiskit on the basis of the concept of Quantum computing

This is a Quantum Circuit with Qiskit by IBM Quantum

A Quantum Circuit Simulator using Decision Diagrams and Error Correction in Rust

QuBiS-HiQ is a physics-informed quantum circuit that encodes SantaLucia nearest-neighbour DNA thermodynamic parameters into gate angles and extracts feature vectors via Pauli-Z expectation values.