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Attend this comprehensive workshop on gravitational scattering, inspiral, and radiation featuring leading experts in theoretical physics and gravitational wave research. Explore cutting-edge topics in general relativity including BMS symmetry, soft theorems, and memory effects through presentations by renowned physicists from institutions worldwide. Delve into advanced mathematical frameworks such as post-Newtonian and post-Minkowskian expansions, scattering amplitudes, and effective field theory approaches to binary black hole dynamics. Learn about the latest developments in gravitational wave physics, including conservative and radiative dynamics, hyperbolic encounters between spinning black holes, and waveform generation using various theoretical methods. Examine sophisticated computational techniques including loop integrals, worldline quantum field theory, and the KMOC formalism for understanding gravitational interactions. Discover how particle physics methods are being applied to gravitational problems, including double copy relations, heavy particle effective theories, and collider physics tools for dissipative effects. Participate in discussions led by distinguished physicists Thibault Damour, Ashoke Sen, and Andy Strominger on the fundamental aspects of gravitational theory. Gain insights into tidal deformation effects, classical scattering processes, and the boundary-to-bound dictionary for gravitational dynamics that are crucial for current gravitational wave detector observations and future space-based missions.
