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I am an assistant professor in numerical cosmology at the Lorentz Institute for theoretical physics and Leiden Observatory, where I work on the development and analysis of cosmological simulations. My research focuses the development of numerical simulation tools for cosmology and astrophysics, mainly the SWIFT code and associated packages, as well as the preparation, running, and analysis of galaxy formation and cosmology simulations, such as the EAGLE, SIBELIUS, FLAMINGO, and COLIBRE projects. Interest in large-scale magnetic fields, magnetogenesis, baryon effects on late-time cosmology probes, astrophyiscal probes of the nature of dark matter, galaxy formation and evolution, numerical methods, fluid dynamics, high-performance computing & cheese. Member of Euclid, ARRAKIHS, 4HS & Virgo consortium
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I lecture the Computational Physics Course (A and B) as part of the master program in physics (6EC total). I am also part of the teaching team for the master-level course Physics of Machine Learning (6EC) for physics and astronomy students as well as of the bachelor-level course Kosmologie - waar komen we vandaan? (5EC) included in the minor program in physics for non-physicists. |
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