Quantum Computing Q# Introduction 2018

This project is a collection of Q# examples created for a Quantum Computing Deep Dive talk. It provides practical implementations of fundamental quantum algorithms using Microsoft's Quantum Development Kit, serving as an educational resource for developers exploring quantum programming.

Key Features

• Bitflip and Superposition — Demonstrates applying the X gate to qubits and creating superposition states with measurement statistics.
• Deutsch's Algorithm — Implements the algorithm to determine if a blackbox function is constant or variable.
• Quantum Entanglement — Creates entangled qubit pairs and measures their correlated states over multiple trials.
• Quantum Teleportation — Simulates teleporting a qubit state between two entangled parties (Alice and Bob).

Philosophy

The project focuses on hands-on learning by providing runnable examples that illustrate core quantum computing concepts, making abstract algorithms tangible through code.