Research Interests
My research focuses on theoretical and computational astrophysics, with emphasis on plasma astrophysics, cosmic rays, and astrophysical feedback. I develop large-scale numerical simulations to study the interplay of magnetic fields, turbulence, and high-energy particles in environments such as galaxies, the circumgalactic medium, and galaxy clusters.
A central component of this work involves magnetohydrodynamics, cosmic ray transport, and coupled multi-physics simulations carried out using high-performance computing, particularly in the context of feedback from supernovae and supermassive black holes. I am interested in developing physically grounded models of particle transport and acceleration, and in connecting these models with multi-wavelength observational diagnostics.
My work involves physics-based modeling, with growing interest in machine learning applications in plasma physics. I am also interested in connections with laboratory astrophysics experiments that probe magnetized plasma processes.
