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Explore advanced theoretical physics in this 31-minute conference talk examining black-hole scattering calculations at the fifth post-Minkowskian order. Delve into cutting-edge research that extends gravitational wave physics and general relativity computations to unprecedented precision levels. Learn about the mathematical frameworks and computational techniques required to analyze black hole interactions beyond traditional approximation methods. Discover how fifth-order post-Minkowskian calculations contribute to our understanding of gravitational dynamics and their applications in detecting and interpreting gravitational wave signals. Gain insights into the intersection of quantum field theory methods and classical general relativity as applied to black hole physics. Understand the significance of higher-order corrections in post-Minkowskian expansions for accurate modeling of black hole mergers and scattering processes. This presentation, delivered at the QCD meets Gravity XI Conference, represents current frontiers in theoretical gravitational physics research.
