Welcome to my personal repository for the PennyLane Quantum Computing course! This collection contains my solutions for the exercises found in the PennyLane Codebook.
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
Throughout these scripts, I explored the following fundamental topics:
- 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.