Learning_QuantumML

🧠 Quantum Teleportation in Q#

Learn Quantum Computing by Building a Real Quantum Teleportation Protocol

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📘 Overview

This open-source project demonstrates one of the most iconic and foundational protocols in quantum computing: Quantum Teleportation.

Using Microsoft's Quantum Development Kit (QDK), this educational project walks you through the mechanics of:

• Creating Bell states (entangled qubits)
• Applying quantum gates (like H, CNOT, X, and Z)
• Using quantum measurement and classical communication
• Transferring a quantum state from one qubit to another — without sending the qubit

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🎯 What You’ll Learn

• Basic Q# syntax and project structure
• How to entangle qubits and measure quantum states
• The real-world mechanics behind quantum teleportation
• How classical and quantum information interact

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🧪 How It Works (In Plain English)

1. Prepare an unknown quantum state (e.g. |+⟩)
2. Entangle two qubits (Alice’s and Bob’s) using a Bell state
3. Alice performs operations and measurements on her qubits
4. Alice sends two classical bits to Bob
5. Bob applies correction gates to recover the original state

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🛠️ Prerequisites

• .NET 6.0 SDK or later
• Visual Studio Code or your preferred editor
• Microsoft Quantum Development Kit extension

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🚀 How to Run

# Clone the repo
git clone https://github.com/RubyCloud225/Learning_QuantumML.git
cd quantumwrapper.qsharp

# Restore packages and run the simulator
dotnet run