0️⃣ 1️⃣ Calculates the probability of flipping a coin using quantum computing (IBM Q Instance) using the Hadamard operator. 1️⃣ 0️⃣
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Updated
Jul 12, 2020 - Python
0️⃣ 1️⃣ Calculates the probability of flipping a coin using quantum computing (IBM Q Instance) using the Hadamard operator. 1️⃣ 0️⃣
Repository containing the Python Jupyter Notebooks used in the article titled "Protectability of IBMQ qubits by dynamical decoupling technique".
Hackathon project using Qiskit Quantum Computing for optimizing delivery routes, reducing time, and cost by finding shortest truck trips using real life examples.
This project is an introduction to quantum programming. It will challenge you to create different quantum programs and run them on a real quantum computer. (42 project)
A study of some famous Quantum Computing algorithms, along with some elementary experiments using IBM's Quantum Experience systems,API and Qiskit.
A demonstration of Quantum Algorithms
Gate and operation specification for quantum circuits
qiskit tutorials based off the youtube channel
This repository contains my work done over QML using Qiskit
Shor's Algorithm implemented factorizing 63 on Qiskit using SWAP gates, Python 3.X
Using a Quantum Computer to generate truly random coin flips.
A simple ALU implementation in Qiskit capable of performing ADD and SUB between two N qubit strings of the same size
Quantum algorithms
Programming_on_Quantum_Computers
YaoBlocks interafce for the IBMQClient package.
My journey in Quantum Computing on an IBM Quantum Computer accessed through Cloud
This repository houses the complete PDF file of the textbook "Learn Quantum Computing using Qiskit" by the Qiskit Community team and IBM Research.
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