The Early Universe as a Probe of Fundamental Physics

Explore the fascinating intersection of particle physics and early universe cosmology in this comprehensive lecture. Delve into how nonequilibrium quantum processes in the primordial plasma can explain observable cosmic properties and serve as a testing ground for particle physics theories. Discover the importance of relativistic nonequilibrium quantum field theory in modeling these processes, and learn about its applications in addressing major cosmological questions. Examine how this interdisciplinary approach can potentially unravel mysteries such as the matter-antimatter asymmetry and the initial temperature of the universe. Gain insights into the mutual benefits between particle physics and cosmology, and understand how extreme conditions in the early universe offer unique opportunities for testing fundamental physics concepts beyond laboratory capabilities.