Quantum Hub

Course materials, exercises, and code for classes on quantum computing.

The repository collects weekly assignments, lecture topics, and runnable Qiskit examples produced as the course progresses.

Setup

This project targets Python 3.13+. With uv or another PEP 621–aware tool:

uv sync

Or install in editable mode with your preferred workflow from pyproject.toml.

If you prefer pip, a flat list of dependencies is also provided in requirements.txt:

pip install -r requirements.txt

Contents

quantum_hub/
├── basic_circuit.py        # Build and simulate a Bell state (Qiskit + Aer)
├── Topics/                 # Standalone topic notebooks (Bloch sphere, gates, ...)
├── first_week/             # Week 1: assignment answers and homework
├── second_week/            # Week 2: assignment, Qiskit script, proofs notebook
├── third_week/             # Week 3: assignment and Qiskit notebook
└── fourth_week/            # Week 4: assignment and supporting screenshots

Each *_week/ folder holds its own assignment answers (assigment.md) plus the corresponding code, notebooks, or supporting documents. The Topics/ folder contains reusable class notebooks:

• QH_LAB_QC_single-checkpoint.ipynb — Qiskit installation and first steps
• BlochSphere_U-checkpoint.ipynb — Bloch sphere
• PuertasCuanticas_U.ipynb — quantum gates
• Mediciones_U.ipynb — measurement simulation
• Entrelazamiento_U.ipynb — entanglement and measurement on IBM hardware

Most notebooks and assignment documents are written in Spanish.

Running the examples

Run the standalone Bell-state circuit:

python basic_circuit.py --shots 1024 --seed 42

Use --no-draw to skip printing the ASCII circuit diagram. The notebooks can be launched with:

jupyter lab

License

Released under the MIT License.