Reu Astronomy Summer Intern Program
Inferred, classified, and analyzed gaseous halo morphologies for Milky Way-like galaxies using the IllustrisTNG TNG50 simulation, providing insights into their structural properties.Implemented a Local Shell Iterative Method to quantify the triaxiality of halos across three temperature regimes, enhancing the understanding of halo shapes and dynamics.Discovered a strong correlation between dark matter halo morphologies and warm-hot gas distribution morphologies, contributing to the broader knowledge of galaxy evolution.Drafted a first-author publication, published in the Astrophysical Journal, summarizing the findings and their implications.