Introduction to Quantum Computing

A comprehensive, beginner-friendly course that takes you from "Hello World" to advanced quantum algorithms implemented in both Qiskit (Python) and Q# (Microsoft) for maximum learning.

Course Structure

Level	Topic	Qiskit	Q#
1	The Quantum Awakening — Setup & Hello World	Notebook	Notebook
2	The Single Qubit — Bloch Sphere & Gates	Notebook	Notebook
3	Entanglement — Multi-Qubit Systems & Bell States	Notebook	Notebook
4	Quantum Protocols — Teleportation & Superdense Coding	Notebook	Notebook
5	Oracles — Deutsch & Deutsch-Jozsa Algorithms	Notebook	Notebook
6	Grover's Algorithm — Amplitude Amplification	Notebook	Notebook
7	Quantum Fourier Transform — QFT & Inverse QFT	Notebook	Notebook
8	Phase Estimation & Shor's Algorithm — Breaking RSA	Notebook	Notebook
9	NISQ Era — Hybrid Algorithms (VQE / QAOA)	Notebook	Notebook
10	Error Correction — Quantum Error Correction Codes	Notebook	Notebook

Prerequisites

• Basic Python programming knowledge
• High school level math (linear algebra basics are taught along the way)
• Curiosity about quantum mechanics!

Setup

Option A: Qiskit (Python)

pip install qiskit qiskit-aer qiskit-visualization matplotlib pylatexenc

Option B: Q# (Microsoft Quantum Development Kit)

pip install qsharp qsharp-widgets

Option C: Both (Recommended!)

pip install qiskit qiskit-aer qiskit-visualization matplotlib pylatexenc qsharp qsharp-widgets

Note: You'll also need Jupyter Notebook or VS Code with the Jupyter and Q# extensions.

How to Use This Course

1. Start at Level 1 and work your way up sequentially
2. Read the theory sections (markdown cells) before running code
3. Run every code cell — experiment by changing parameters!
4. Each level has both a Qiskit and Q# version — try both to see different perspectives
5. Challenges at the end of each notebook help reinforce learning

Learning Path

Level 1-3:  FOUNDATIONS     → Qubits, gates, entanglement
Level 4-5:  PROTOCOLS       → Teleportation, oracles, interference
Level 6-8:  ALGORITHMS      → Grover, QFT, Shor
Level 9-10: CUTTING EDGE    → NISQ, VQE, error correction

License

This educational material is provided for learning purposes. Feel free to use, modify, and share.

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"If you think you understand quantum mechanics, you don't understand quantum mechanics." — Richard Feynman

But by Level 10, you'll be closer than most!