Computational astrophysics
Galaxy simulations · Cosmic environments · magnetohydrodynamics and cosmic rays
Explore my work
I investigate how galaxies evolve within their cosmic environments, combining cosmological magnetohydrodynamical simulations with multiwavelength observations. My research focuses on the interplay between internal processes of a galaxy and external influences from the cosmic web, linking astrophysical mechanisms with testable radio and X-ray observables.
Investigating possible formation scenarios for ORCs and their observable properties with cosmological simulations
Solving dynamical puzzles with toymodels and exploring the origin of the system's multi-wavelength emission
Developing realistic setups of a galaxy's circumgalactic medium and testing magnetohydrodynamic, cosmic ray and feedback driven processes
Examining the origin for the origin of dwarf galaxies' morphologies with targeted idealized simulations
Computational Astrophysics Group, University of Munich ↗
Research on numerical modelling of galaxies and galaxy groups, with a focus on magnetohydrodynamic and cosmic ray effects
supervised by Prof. Klaus Dolag ↗
University of Munich
Thesis: Formation of Dwarf Galaxies From Mergers Inside Galaxy Clusters
University of Padova
Fluid and Plasma Dynamics, Planetary Astrophysics, General Relativity
University of Munich
Thesis: Time-Dependent Dust Mass Reservoirs and Dust Surface Densities of Protoplanetary Disks
supervised by Prof. Til Birnstiel ↗
For questions about my work, research discussions, or collaboration ideas, feel free to get in touch!