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Using high-resolution, numerical simulations, I investigate the formation of stars, especially the formation and important processes of star-forming filaments.
Cosmic ray acceleration through astrophysical and planetary shocks using methods of computational and theoretical plasma physics
My work focuses on the study of black hole accretion disks as environments for cosmic ray generation and acceleration, mostly from the point of view of GRMHD.
MPG
Prof. Dr. Martin Stratmann (Kopie 1)
praesident@gv.mpg.de
https://www.mpg.de/praesidentPresident
Simulations of Cosmic Rays in Galaxy Clusters
cosmology (baryogenesis, symmetries at high temperatures, dark matter), gauge hierarchy problem (composite Higgs, relaxion, landscape solutions), collider searches for new physics
Exploring AI's thrilling intersections with Mathematics, Particle Physics, and Astrobiology in AI4Science, seeking discovery of the unknown, and developing new solutions.
Higgs physics with di-Higgs and beyond the Standard Model searches. Machine Learning for high energy physics with set and sequence models, transformers, generative models and normalizing flows.
Dark Matter, Open data, Statistical comparison of models with experiments, phenomenology
cosmology, large-scale structure, galaxy clusters, high energy astrophysics
