• 🎓 Physics graduate from the Universidad de Granada (UGR) — TFG on "La Dimensionalidad en los Sistemas Complejos: Percolación Triádica" ("Dimensionality in Complex Systems: Triadic Percolation")
• 📡 Currently pursuing the M.Sc. in Physics: Radiations, Nanotechnology, Particles and Astrophysics
• 🔬 Applied for the CSIC JAE Intro grant at the Instituto de Astrofísica de Andalucía (IAA)
• 💻 Physicist learning to become a solid software developer — strong focus on clean architecture, documentation, and reproducible code
• 🧠 Interests: theoretical & computational physics, astrophysics, statistical mechanics, quantum information, and complex systems

Languages

Tools & environments

• SIS-Complex-Networks — Stochastic simulations of the SIS epidemic model on complex networks. Explores critical phenomena, degree heterogeneity, and the emergence of Griffiths phases under quenched disorder.
• TFG_TriadicPercolation — My undergraduate thesis codebase on triadic percolation in spatial networks (1D ring, 2D torus, and coupled-rings hybrid models), run on the UGR Proteus HPC cluster. Currently being cleaned up and optimized for performance.
• ProyectoP2 — Computational Physics coursework studying the 2D Ising model.