⚛️ My PennyLane Quantum Computing Notes

Welcome to my personal repository for the PennyLane Quantum Computing course! This collection contains my solutions for the exercises found in the PennyLane Codebook.

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📂 Repository Structure

The repository is organized based on the modules of the course I completed. Each Python file corresponds to a specific topic.

• 00_Pennylane_Fundamentals.py: Basic concepts of PennyLane

• 01_Introduction.py: Introduction to key theoretical concepts such as qubits and quantum circuit construction.

• 02_Single_Qbit_Gates.py: Exploration of the most important single-qubit gates (X, H, Z), phase gates, rotations (RX, RY) and state preparation.

• 03_Circuits_With_Many_Qbits.py: Handling multi-qubit systems and controlled gates like CNOT, CZ, SWAP, and Toffoli.

• 04_Hamiltonian_Evolution.py: Simulation of physical systems, unitaries, Hamiltonians, energy calculation, etc

• 05_Noicy_Imput.py: Introduction to noisy quantum theory and working with mixed states, operations

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🌐 Key Concepts Covered

Throughout these scripts, I explored the following fundamental topics:

🧠 Theoretical and Practical Concepts

• 얽 Qubits and Superposition
• 🕹️ Quantum Gates (single and multi-qubit)
• 🔗 Entanglement
• 📏 Measurements and Expectation Values
• 📉 Circuit Optimization
• ⚛️ Hamiltonians and Time Evolution
• 🎛️ Mixed States and Noisy Computation

This project is distributed under the Apache 2.0 License. You can find more details in the LICENSE file.