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Dive into the fascinating world of Numerical General Relativity with this comprehensive lecture by Sebastiano Bernuzzi from Friedrich Schiller University Jena. Explore the art of solving Einstein's Field Equations using computational methods in this 1-hour 16-minute presentation at the Institut des Hautes Etudes Scientifiques (IHES). Gain insights into the formalism used for astrophysical simulations in strong-gravity scenarios, including compact binaries, gravitational collapse, and gravitational waves. Learn about the 3+1 formulation of Einstein's equations, the initial data problem, the evolution problem, gauge choice, and the extraction of gauge-invariant quantities. Discover breakthrough results in gravitational-wave astronomy as you delve into this essential introduction to Numerical Relativity, perfect for those interested in advanced physics and astrophysics.
