Journeys into Theoretical Physics - 2022

Explore cutting-edge theoretical physics through this comprehensive lecture series featuring four distinct research areas at the forefront of modern physics. Delve into gravitational wave astronomy with Riccardo Sturani across four detailed sessions covering the detection, analysis, and astrophysical implications of gravitational waves discovered by LIGO and other observatories. Master the S-Matrix Bootstrap approach with Pedro Vieira through four classes examining this powerful mathematical framework for understanding particle interactions and scattering amplitudes without relying on Lagrangian field theory. Investigate emergent phenomena in quantum matter with Sung-Sik Lee over four sessions exploring how complex quantum systems give rise to novel phases of matter and collective behaviors that cannot be understood from individual particle properties alone. Examine dark matter research from both cosmological and laboratory perspectives with Junwu Huang through four classes covering theoretical models, observational evidence, detection strategies, and experimental searches for this mysterious component that comprises approximately 85% of all matter in the universe. Each topic is presented through multiple interconnected lectures that build from fundamental concepts to current research frontiers, providing both theoretical foundations and insights into active areas of investigation in contemporary theoretical physics.