Stellar Physics in (3+1) D: Massive Stars at the Intersection of Large-Scale Numerical Models and Time-Domain Surveys

Explore cutting-edge research in stellar physics through this astrophysics seminar focusing on massive stars and their relationship with large-scale numerical models and time-domain surveys. Learn how modern computational methods and observational techniques intersect to advance our understanding of stellar evolution, presented by Jared Goldberg from the Flatiron Institute's Center for Computational Astrophysics. Delve into the complexities of studying stars in three spatial dimensions plus time (3+1 D), examining how these advanced modeling approaches help astronomers better understand massive stellar objects and their behavior. Gain insights into how time-domain surveys contribute to our knowledge of stellar physics and how they complement theoretical models in modern astrophysical research.