High-performance, differentiable quantum state-vector & tensor network simulator in 100% pure JAX (no classical framework overhead). Accelerated on NVIDIA GPUs and Google Cloud TPU v6e-64/v5e VM clusters up to 37 qubits! Supported by Google's TPU Research Cloud (TRC) program.

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

😺 Classical implementation of shor's and grover's algorithm to help with understanding.

My personal research on quantum mechanics and quantum computing.

Python (.py) and Jupyter notebook (.ipynb) implementations of Grover's Algorithm aka Quantum Search Algorithm for n qubits and m targets.

Implementation of Solovay Kitaev Algorithm for approximating any n-qubit gate using gates from library set {H,T,CNOT,S}.

Quantum computing "Hello World", using a letter search with Grover's algorithm and Qiskit.

Implementation of a new Quantum Oracle for solving the Max-Cut Problem with Grover Search Algorithm

Journey of learning Quantum Computing from qiskit documentation. Made some some circuit for practice.

In this online version of the classic con game, we demonstrate how to use IBM's quantum computer to solve the riddle of the game by deducing which Shell the ball has been hidden under.

A Python-Qiskit-based package that provides capabilities of easily generating, executing and analyzing quantum circuits for satisfiability problems according to user-defined constraints. The circuits being generated by the program are based on Grover's algorithm and its amplitude-amplification generalization.

Quantum Boolean satisfiability problem solver

This repository contains the code that implements the procedure proposed in the paper "Quantum planning for swarm robotics" by A. Chella, S. Gaglio, M. Mannone, G. Pilato, V. Seidita, F. Vella, and S. Zammuto.

High-performance quantum computing in pure Rust + WebAssembly: state-vector circuit simulator with SIMD & noise models, VQE, Grover, QAOA, surface-code error correction, and real-time coherence via dynamic min-cut.

A comprehensive project comparing classical and quantum cryptography. Includes detailed explanations, code examples, and tests for various cryptographic algorithms and protocols.

Prepares a quantum state with amplitudes corresponding to a given array with two methods. Implementation of the paper Black-Box State Preparation without Arithmetic.

IBM Qiskit Global Summer School (20 July 2020 to 31 July 2020)

Quantum Algorithms using IBM's QISKIT

Open-source quantum computing lessons, for high school students

[ACM, 2024] Official implementation of "Practical Implementation of a Quantum String Matching Algorithm"