Experiment comparing the same circuit execution on a classical computer and real quantum device
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Updated
Aug 4, 2020 - Jupyter Notebook
Experiment comparing the same circuit execution on a classical computer and real quantum device
A small, hackable, optimized framework for learning quantum computing with examples.
Quantum Computing course, Computer Science M.Sc., Ben Gurion University of the Negev, 2020
QuSim is a simulator for quantum computers.
[QSharp] Basics of quantum computing - usage of Q# language in Azure Quantum services. An example that shows how to generate a fully random number using a qubit
Python script files I used for the course
This application can be used to visualize applying a quantum gate to a qubit on a Bloch Sphere
Show the basic manipulation of qubits in Qiskit.
McGuffin's Useless Quantum Circuit Simulator
Quantum Computing Algorithms Implemented on IBM's 5-Qubit IBMqx4 Hardware. QASM Coding Architecture Built on Python.
Create Digibyte (DGB) Qubit Multi Algorithm Mining Pool for Solo, Private or Public Mining
Implementing the Grover and Deutsch_Jozsa quantum search algorithms, best in world!
Some basic quantum computing circuits that can be run on IBM quantum computers. Written in quantum assembly (OpenQASM2.0)
A 1-Qubit simulation in Q# of applying the Hadamard operation on 20 independently prepared qubits and measuring each qubit individually.
The algorithm for retrieval of process-emotion value of words from pre-trained Word2Vec models in qubit semantic representation.
Automatic calibrations for superconducting quantum circuits
A 3D bloch sphere visualization of a qubit with animations to show gate transforms.
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