There are 6 repositories under quantumcomputing topic.
This repository contains the best resources for learning practical quantum computing. This repository will be updated frequently.
GitHub repo for Qiskit Hackathon "Quantum Reinforcement Learning" project
Implementations of algorithms from http://quantumalgorithmzoo.org/
QNim game is quantum version of classical Nim game. In QNim game, human/classical computer will play against quantum computer. Developed using pygame in python
A quantum game and algorithm to fight in Pokemon.
Journey of learning Quantum Computing from qiskit documentation. Made some some circuit for practice.
This package is a flexible python implementation of the Quantum Approximate Optimization Algorithm /Quantum Alternating Operator ansatz (QAOA) aimed at researchers to readily test the performance of a new ansatz, a new classical optimizers, etc.
Repository for the 2021 IEEE Quantum Week workshop on Open Quantum Hardware.
Learn Qiskit with Qiskit Textbook
Python-based software package for performing Wigner quantum state and process tomography on near-term quantum devices.
Qiskit simulation of a quantum system of a few qubits: nuclear physics application (ground state of the deuteron) and read-out error mitigation
Classical Simulation of Quantum Circuits with Restricted Boltzmann Machines
Python script files I used for the course
IBM Open Science Prize 2021 - Solution
Website for Quantum For Black Lives resources
Repository for Xanadu Codebook solutions
VS code extensions for Quantum Programmer
The repository presents the quantum circuits for realization of square root and inverse square root functions.
An attempt to combine TensorflowJS with Quantum Computing in Javascript
Python code for constructing and simulating quantum circuits to carry out Hamiltonian simulation of benchmark molecules.
Solved exercise to apply to qosf quantum mentorship program
This repository contains the python scripts used to perform the six measurements in the Mermin-Peres Magic Square on IBM's quantum computers using the qiskit library.
"Employing quantum computing techniques to model the dynamic temperature fluctuations of a black hole caused by Hawking radiation emission, as its mass undergoes variations throughout time."
Implementation of classical and quantum tic tac toe as 2 player and player vs computer games, with winning probabilities and strategies, as part of summer internship at ISI Kolkata at the end of first year.
A Web Application for Running Quantum-enhanced Support Vector Machine
All of Simulations about Quantum Computing and Steganography by this logic can be proceedable.