Applications of AI to gravitational wave science

Contribution List

1. Welcome and introduction

Steven Schramm (University of Geneva)

18/03/2022, 14:00

7. AI for GW data analysis

Elena Cuoco (European Gravitational Observatory and Scuola Normale Superiore di Pisa)

18/03/2022, 14:20

8. AI for GW simulation/emulation and parameter estimation

Jonathan Gair (Max Planck Institute for Gravitational Physics)

18/03/2022, 14:55

9. AI for GW inference

Kyungmin Kim (International Center for Astrophysics, Korea Astronomy and Space Science Institute) , Otto Hannuksela (Chinese University of Hong Kong)

18/03/2022, 15:45

10. Panel discussion on AI for GW

Elena Cuoco (European Gravitational Observatory and Scuola Normale Superiore di Pisa) , Jonathan Gair (Max Planck Institute for Gravitational Physics) , Kyungmin Kim (Korea Astronomy and Space Science Institute) , Otto Hannuksela (Chinese University of Hong Kong)

18/03/2022, 16:20

11. Closing

Steven Schramm (University of Geneva)

18/03/2022, 16:59

5. Low-latency alerts for GW events

Applications

4. Noise suppression and signal extraction of GW data

Applications

2. Overview of AI for GW challenges and opportunities

6. Parameter inference from GW events

Applications

3. Simulating/emulating binary coalescence events and populations

Applications