Constraining Inflationary Magnetogenesis and Reheating via Gravitational Waves

Watch a 17-minute lecture exploring the constraints on inflationary magnetogenesis and reheating through gravitational waves, presented at the "Hearing beyond the standard model with cosmic sources of Gravitational Waves" program. Delve into how gravitational wave detection can probe fundamental physics beyond the Standard Model, particularly focusing on the mechanisms of inflation, reheating, and magnetogenesis. Learn about the significance of Stochastic Gravitational Wave Background (SGWB) signals, their various cosmological sources including primordial black holes, phase transitions, and topological defects, and their potential to unlock insights into high-scale physics that may be inaccessible through conventional experimental methods. Understand the latest developments in gravitational wave detection, including the recent SGWB evidence from NANO-Grav and InPTA collaborations, and their implications for our understanding of the early universe.