Computational physicist, curious by training
I'm a physicist specializing in computational modelling of magnetic nanostructures. I recently finished my Master's in Atomistic and Multiscale Computational Modelling at the Universitat de Barcelona, following a Physics degree focused on nanomagnetism and simulation. My thesis on chiral magnetic nanotubes, supervised by Prof. Òscar Iglesias, was presented as a poster at ICFPM 2025 (Bariloche) and as an oral talk at INTERMAG 2026 (Manchester), one of the largest magnetism conferences worldwide.
I also spent a summer at CIC biomaGUNE, working with the MRI Lab team on an MRI analysis pipeline. I'm passionate about how simple physical rules produce complex material behavior, and I'm now looking for research or industry roles applying simulation and computational methods to hard problems, in computational physics, materials science, or scientific software.
An interactive map of my repositories
Every bubble below is a project from my GitHub. Brighter, larger bubbles are the projects I've starred and featured on LinkedIn. Hover a bubble for a moment to freeze it and read its details, or click to open the repository.
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Featured research
Magnetic Ordering in Chiral Nanotubes with Competing Interactions
This poster presents Monte Carlo simulations (classical 3D Heisenberg model) of single-wall magnetic nanotubes with competing exchange and dipolar interactions. By folding planar spin lattices at different chiral angles, we reveal a rich variety of stable magnetic states, uniform, vortex-like and helical configurations, depending on tube geometry, chirality and the exchange-to-dipolar ratio γ = g/J. Adding radial anisotropy further stabilizes radial and mixed magnetization textures, offering design insight for functional magnetic nanostructures. Presented at ICFPM 2025 (Bariloche) and as an oral talk at INTERMAG 2026 (Manchester).
Education & Experience
Atomistic and Multiscale Computational Modelling
Master's thesis (TFM) on computational nanomagnetism in chiral nanotubes, supervised by Prof. Òscar Iglesias. Coursework in complex networks, molecular dynamics, statistical mechanics and parallel computing.
Oral Talk at INTERMAG 2026
Presented the chiral nanotube magnetism work as an oral talk at one of the largest magnetism conferences worldwide.
Poster at ICFPM 2025
Presented "Magnetic Ordering in Chiral Nanotubes with Competing Interactions" as a poster.
Research Internship at CIC biomaGUNE
Worked with the MRI Lab team on an MRI analysis pipeline.
Physics, focused on nanomagnetism and simulation
Bachelor's thesis (TFG) on Monte Carlo simulation of magnetic nanotubes, the foundation for the later master's work.
Skills
Contact
I'm happy to talk about computational physics, research roles, or interesting simulation problems. The fastest way to reach me is by email.
itxaso.mam@gmail.com ✉