Mitschnitt einer Veranstaltung des Internationalen Erwin Schrödinger Instituts für Mathematik und Physik (ESI) von Montag, dem 28. August bis Freitag, den 1. September 2017 im Boltzmann-Hörsaal des Internationalen Erwin Schrödinger Instituts für Mathematik und Physik (ESI) - Teil 1. András Vasy: The stability of Kerr-de Sitter black holes - Teil 2. Otis Chodosh: Global uniqueness for CMC foliations of asymptotically flat 3-manifolds - Teil 3. Cécile Huneau: High frequency back reaction for the Einstein equations - Teil 4. Roger Penrose: The equations of conformal cyclic cosmology - Teil 5. Piotr Bizoń: From AdS to BEC - Teil 6. Anna Sakovich: On geometric foliations and center of mass for isolated systems in general relativity - Teil 7. Beverly Berger: When black holes collide - Teil 8. Harvey Reall: On the local well-posedness of Lovelock and Horndeski theories - Teil 9. Georgios Moschidis: A proof of the instability of AdS spacetime for the Einstein-null dust system - Teil 10. Yakov Shlapentokh-Rothman: The asymptotically self-similar regime for the Einstein vacuum equations - Teil 11. Lorenzo Mazzieri: On the mass of static vacuum Einstein metrics with positive cosmological constant - Teil 12. Christos Mantoulidis: Nonnegative scalar curvature fill-ins and quasi-local mass - Teil 13. Carla Cederbaum: Rigidity properties of the Schwarzschild manifold in all dimensions - Teil 14. Sebastiano Bernuzzi: Modeling neutron star binaries and gravitational waves with numerical relativity - Teil 15. László Szabados: On gravity's role in the genesis of rest masses of classical fields - Teil 16. Lydia Bieri: Gravitational Radiation in Cosmological Spacetimes - Teil 17. Ettore Minguzzi: Causality theory for cone structures - Teil 18. Mihalis Dafermos: Boundedness and polynomial decay for the Teukolsky equation on Kerr spacetimes - Teil 19. Jan Sbierski: Instability results for the wave equation in the interior of black holes - Teil 20. Thomas Bäckdahl: Symmetries and conservation laws for linearized gravity - Teil 21. Jérémie Szeftel: On the stability of black holes Kamera: Johannes Sauer, Daniel Winkler Schnitt: Daniel Winkler Abstract: The workshop is part of the research program "Geometry and Relativity" at the Erwin Schrödinger Institute. It is s an occasion where junior mathematicians and physicists can exchange their ideas with some of the most established researchers in the area in a relaxed and thoroughly supportive setting.

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