• 🔭 My research focuses on 2D materials, where I am investigating their optical and electronic properties

• 👨‍💻 I try to build GUI apps to create tools used by the community of physicists that I hope will be useful or at least helpful for those who want to start developing new tools.

• 🌱 I’m currently learning machine learning and deepening my skills in data science

• 🤝 I’m looking to collaborate on any project combining physics and data science

• 🥅 2025 Goals: Contribute more to Open Source projects & Master more ML tools

• 💬 Ask me about: The photoemission technique, spectroscopy techniques, Python, PyQT, git, HTML/CSS, IgorPro, and Matlab

I am also interested (or at a basic level) in

Finally, I acknowledge my beloved tools

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1. Brillouin-zone-navigatorBrillouin-zone-navigatorPublic

   This project provides an interface simulating probed part of the BZ depending on the position of the slit and the setup parameters (rotation, tilt). It can be useful in the real beamtime which is v…

   Python

2. Effective-mass-fittingEffective-mass-fittingPublic

   This PyQt app allows loading an image of a band structure and add a parabolic fit to calculate the effective mass

   Python 2

3. Raman-mapping-viewerRaman-mapping-viewerPublic

   The project treats a bug in Labspec software, and it offers an easy way to visualize and deal with Raman/PL mapping data generated from Horiba instrument under txt format

   Jupyter Notebook

4. Seebeck-coefficient-calculatorSeebeck-coefficient-calculatorPublic

   Knowing the density, the temperature and the effective mass, the calculator allows a direct calculation of the Seebeck coefficient.

   Python

5. SHG-data-fittingSHG-data-fittingPublic

   This project allows a quick manual fit of SHG or any polar data using a generalized trigonometric function. The fitting data can be easily exported after then.

   Python

6. Moire-Parameter-CalculatorMoire-Parameter-CalculatorPublic

   Superposing two 2D materials can produce a Moiré superlattice structure. This app allows to visualize and calculate the lattice parameter of the produced Moiré.

   Jupyter Notebook