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t3n0 · GitHub

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Oggi no. Domani forse. Ma dopodomani, sicuramente!
🐙
Oggi no. Domani forse. Ma dopodomani, sicuramente!
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t3n0/README.md

Welcome!

Hi, I'm Stefano. I am a researcher in theoretical physics and here you can find all my scripts, notes and scientific tools that I developed throughout the years. I also publish here all data and assets of my publications for the sake of scientific reproducibility. This page is an ongoing project: I'll try to keep it updated with more content, software and notes as long as I keep doing this job (which is definitely not guaranteed, if you know academia, LOL).

Feel free to contact me for suggestions, corrections or anything regarding my research. Everything on my github is licensed under GPLv3.

Short bio: I have Ph.D. in physics from Imperial College London where I studied hot electrons in plasmonic nanoparticles and electron-phonon interactions in ceramic nanomaterials. I then moved to Singapore for a post doc. There, I developed several new frameworks to study excitons in low-dimensional semiconductors and at the moment this is my principal field of research.

🌟 Most valuable repos
Computes electron and exciton properties of single wall carbon nanotues. Lectures, python notebook and exercises in computational physics.
Ballistic diffusion of particles in 2 dimensions within user defined boundaries. Transfer matrix method at normal incidence with 4x4 matrix formalism.

🆕 News, updates and roadmap

  • I have recently started to use uv and it's amazing. Slowly I'll shift all my python repos to use uv (hopefuly, LOL).
  • This github readme works as a portfolio, but soon I will try to use github pages, to give it a nicer look.

🗄️ More contents

Find all notes, softwares, lectures, data and more in my contents hub.

☕ Support my job

If you find my work useful, please consider a little donation.

Popular repositories Loading

  1. cntt cntt Public

    CNTT, also spelled C-entity, is an acronym for Carbon Nano Tube Tool. It's a tool for computing, displaying and manipulating properties of carbon nanotubes.

    Python 7 1

  2. transfer-matrix-method transfer-matrix-method Public

    Transfer matrix method at normal incidence

    Python 7 2

  3. notes notes Public

    Collection of my jupyter notebooks, coding notes, physics lectures and routines.

    6

  4. qeflow qeflow Public

    Very easy Quantum Espresso tool to automate workfows.

    Python 4

  5. MostAmazingMakefile MostAmazingMakefile Public

    The most amazing makefile for simple c++ projects. It does everything automatically, just paste it and run it.

    Makefile 2

  6. hot-carrier-NP hot-carrier-NP Public

    This utility calculates the energy distribution of hot electrons and holes in plasmonic metallic nanoparticles after illumination.

    Python 2

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