We explain quantum teleportation and implement it in Q#
C library for simulating quantum computing concepts and algorithms
This repository introduces the fundamental concepts of quantum information and computation, covering both classical and quantum information theories. It includes the representation of quantum states, measurements, and operations, providing a foundation for understanding quantum algorithms.
This repository contains Jupyter Notebooks with quantum computing exercises specially for Quantum Teleportation using PennyLane and Python.
QuantumSim is a Python-based quantum computing framework designed for simulating and managing complex quantum circuits and tasks. It includes a variety of quantum gates, algorithms, and error correction techniques, providing a modular and scalable platform for research and experimentation in quantum computing.
A comprehensive refresher on the fundamental concepts and principles of quantum computation
Formalisation of Selinger proof about quantum gate
Quantum gate simulation library for Crystal
An experimental hashing algorithm for optical/quantum computers based on Toffoli and Fredkin gates.
Qiskit implementation of Quantum computing terminologies using Quantum algorithms and gates
Desktop Application to visualize effects of Quantum Gates on Qubit.
Simulating Quantum Gates Application on Qubits: Six Single Qubit Gates on Six Different Qubits in an n-Qubit Circuit
Grover's search algorithm written in C++
mirror-decomposition integrated routing for algorithm gate efficiency
A simulation of the inner working of a quantum computer
This repository contains all the theory resources and lab assignments done in the course CSE481 of BracU
Simulation of qubit and quantum gates written in C++
Add a description, image, and links to the quantum-gates topic page so that developers can more easily learn about it.
To associate your repository with the quantum-gates topic, visit your repo's landing page and select "manage topics."