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Explore the fascinating intersection of cosmology and computational science in this public physics lecture that examines how computer simulations have revolutionized our understanding of the universe. Discover the parallel development of cosmic modeling tools alongside practical applications like weather forecasting, and learn how these sophisticated codes have unlocked mysteries ranging from galaxy formation and black hole behavior to the fundamental nature of matter itself. Journey through 13.8 billion years of cosmic history, from merging black holes and collapsing dark matter to giant supernova explosions, while understanding how computational approaches help scientists make sense of this vast complexity. Delve into the contentious philosophical and scientific debate about whether we might already be living inside a simulation, as presented by a leading cosmology professor who directs research on how structure formed in our universe from its earliest moments to today. Gain insights into cutting-edge research methods that combine theoretical physics with advanced computational techniques to model everything from the smallest cosmic particles to the entire cosmos, delivered through an accessible presentation designed for public audiences interested in modern astrophysics and cosmology.
