This repository serves as a curated archive of research code, computational projects, scientific notes, and LaTeX resources developed throughout my academic career.
Its primary focus is the study of strong light–matter interaction, nanophotonics, and polariton physics, while also preserving projects in theoretical mechanics, quantum chemistry, semiconductor physics, and scientific computing.
The repository functions both as a research portfolio and as a long-term archive of tools, calculations, and supplementary material associated with my publications and ongoing work.
| Folder | Description |
|---|---|
projects/ |
Computational and theoretical projects — each self-contained with code, notes, and references |
papers/ |
Supplementary material for published and preprint work |
latex-templates/ |
Research-grade LaTeX and TikZ structures used in papers and presentations |
I am a PhD Candidate in Physics at the Advanced Nanophotonics Laboratory, Instituto de Física, UNAM.
My doctoral research focuses on polaritonic lasers in plasmonic microresonators. These systems operate in the strong-coupling regime, where photons and excitons hybridize into polaritons with engineered optical properties.
Current interests include:
- Strong light–matter interaction
- Polariton physics and cavity protection
- Fourier-space microscopy
- Angle-resolved spectroscopy
- Quantum-dot materials
- Plasmonic crystals
- Optical characterization of nanostructures
- Quantum chemistry and Richardson–Gaudin methods
- Classical and celestial mechanics
- Geodesic motion in curved spaces
- Semiconductor physics
- Scientific computing and numerical methods
- Ars Mathematica — educational project on scientific visualization with LaTeX and TikZ
- ORCID — full publication record