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Explore beyond the Standard Model (BSM) physics in the context of the early universe through this comprehensive lecture delivered at the Galileo Galilei Institute. Delve into theoretical frameworks and models that extend our understanding of particle physics beyond the established Standard Model, examining how these theories apply to cosmological scenarios in the universe's earliest epochs. Learn about the fundamental principles governing particle interactions and field dynamics during the primordial stages of cosmic evolution, including discussions of phase transitions, symmetry breaking mechanisms, and their observational consequences. Investigate the interplay between high-energy particle physics and cosmology, understanding how BSM theories can provide insights into dark matter, baryogenesis, and other unresolved questions in modern physics. Gain exposure to advanced theoretical concepts and mathematical formulations used to describe physics beyond the Standard Model in cosmological contexts, preparing you for deeper study in theoretical particle physics and cosmology.
