Quantum-Programming-With-QSharp

Introduction to Quantum Programming with Q #

Day 1 :

• Complex Arithmetic
• Linear Algebra
• The-Qubit
• Single Qubit Gates

Day 2 :

• Multi-Qubit Systems
• Multi-Qubit Gates
• Superposition
• Measurements

Day 3 :

• Random Number Generation
• Teleportation
• Superdense Coding

Day 4 :

• Introduction to Oracles
• Introduction to Grover's Algorithm

Develop with Q# Jupyter Notebooks

conda create -n qsharp-env -c quantum-engineering qsharp notebook
conda activate qsharp-env
pip install pytest
jupyter notebook

open Microsoft.Quantum.Intrinsic;

operation SampleQuantumRandomNumberGenerator() : Result {
    use q = Qubit(); // Allocate a qubit.
    H(q);            // Put the qubit to superposition. It now has a 50% chance of being 0 or 1.
    let r = M(q);    // Measure the qubit value.
    Reset(q);
    return r;
}

%simulate SampleQuantumRandomNumberGenerator