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Explore the fundamental principles of gravitational scattering processes in four-dimensional spacetime through this comprehensive physics lecture delivered at the International Conference on Black holes, Strings and Quantum Gravity 2025. Delve into advanced theoretical concepts as Alexander Zhiboedov presents cutting-edge research on how gravitational fields interact and scatter in four dimensions, examining the mathematical frameworks and physical implications of these interactions. Gain insights into the latest developments in gravitational physics, including scattering amplitudes, field theory approaches, and their connections to broader topics in theoretical physics such as black hole physics and quantum gravity. Learn about the computational techniques used to analyze gravitational scattering processes and understand how these methods contribute to our understanding of spacetime dynamics and fundamental interactions in Einstein's theory of general relativity.
