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Miguel Campiglia: BMS symmetry at time-infinity
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Classroom Contents
Gravitational Scattering, Inspiral and Radiation
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- 1 Prahar Mitra: Introduction to BMS
- 2 Biswajit Sahoo: A systematic approach to understand all order soft theorems and tail memories
- 3 Geoffrey Compere: Angular momentum in GR: the role of generalized BMS symmetry
- 4 Miguel Campiglia: BMS symmetry at time-infinity
- 5 Discussion animated by Thibault Damour, Ashoke Sen, Andy Strominger
- 6 Mautizio Firrotta: String interactions and memory effects
- 7 Agustin Sabio Vera: The perturbative Regge limit
- 8 Radu Roiban: Particle physics methods for higher orders in the PN and PM expansion
- 9 Donato Bin: Hyperboliclike encounters in a two-body system...
- 10 Andreas Maier: The gravitational potential at fifth post-Newtonian order
- 11 Mao Zeng: Integrals for conservative and radiative binary dynamics
- 12 Carlo Heissenberg: Loop integrals in the soft region and the gravity eikonal
- 13 Seth Hopper: Hyperbolic encounters between spinning binary black holes
- 14 Mariana Carrillo Gonzalez: Conservative Potential from Scattering ...
- 15 Rafael Aoude: Scattering amplitudes for Heavy Particle Effective Theories
- 16 Riccardo Gonzo: Waveforms from the KMOC formalism and coherent states
- 17 Paolo Di Vecchia: Wave-form from unitarity
- 18 Massimiliano Riva: Gravitational Bremsstrahlung in the Post-Minkowskian Effective Field Theory
- 19 Ludovic Planté: Classical Gravity from Loop Amplitudes
- 20 Gustav Mogull: Gravitational Bremsstrahlung from Spinning Bodies using a Worldline QFT
- 21 Enrico Herrmann: Collider physics tools for dissipative effects in binary dynamics (part I)
- 22 Michael Ruf: Collider physics tools for dissipative effects in binary dynamics (part II)
- 23 Gregor Kälin:Post-Minkowskian Framework and the Boundary-To-BoundDictionary forGravitationalDynamics
- 24 Chia-Hsien Shen: Amplitudes, Effective field theory, and Conservative Two-body Dynamics
- 25 Nava Gaddam:Gravitational scattering at impact parameters ...
- 26 Justinas Rumbutis: Double Copy Relations in Massive Theories
- 27 Alexander Ochirov: Classical scattering of spinning black holes from quantum amplitudes
- 28 Chia Horng Sheng: Tidal Deformation and Dissipation of Rotating Black Hole
