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Matthias Liebendörfer specializes in theoretical and computational astrophysics with a focus on supernovae and related phenomena. His research involves developing multidimensional models to predict the observable signatures of supernova explosions, studying gravitational collapse, and understanding the interaction of matter under extreme conditions. His work aims to connect fundamental physics with observable astrophysical events, utilizing advanced algorithms to simulate hydrodynamics and transport processes. Liebendörfer has a rich academic background, contributing to our understanding of stellar evolution, the dynamics of supernovae, and the production of heavy elements in the universe. He is engaged in exploring the mechanisms behind supernova explosions, including the roles of neutrinos and magneto-hydrodynamic processes, as well as their implications for galactic evolution. His courses on supernova models and related topics attract students interested in bridging theoretical concepts with computational techniques in astrophysics.
The University of Basel generally requires C1 level proficiency in the language of instruction. For most English-taught Masters, TOEFL (min 92-95) or IELTS (min 7.0) is the standard.