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Explore the mathematical framework of twisting asymptotically-flat spacetimes in this 59-minute conference talk delivered at the Galileo Galilei Institute. Delve into advanced concepts in general relativity and differential geometry as Marc Geiller presents sophisticated techniques for analyzing spacetime structures that approach flatness at infinity while incorporating rotational or twisting characteristics. Examine the theoretical foundations underlying these complex gravitational configurations, their mathematical formulations, and their significance in modern theoretical physics. Gain insights into the geometric properties and physical implications of these spacetime models, which play crucial roles in understanding gravitational wave theory, black hole physics, and asymptotic symmetries in general relativity.
