About this Event
Few-body dynamics as a gravitational-wave merge channel: The role of binary-single encounters
The first direct gravitational-wave detection in 2015 opened a new era in astrophysics. Since then, the catalogue of observed gravitational-wave events has expanded dramatically. These observations constitute a fertile ground for testing our understanding of the formation and origin of these black holes, and necessitate theoretical efforts to explain unpredicted events. Triple interactions, including binary-single interactions and hierarchical triples, are dominant as a formation channel for these black-hole binaries. In this meeting, we aim to bring together researchers working on the role of triple interactions in forming gravitational-wave mergers to discuss current knowledge, challenges, open questions, and future prospects.
Topics include:
- Eccentric mergers and eccentricity distributions of binaries;
- environmental effects on binary-single encounters, e.g., dense/sparse, gas-rich, or the influence of a nearby super-massive black hole;
- Chaotic binary-single encounters in clusters;
- Hierarchical mergers;
- Distinguishing between different formation channels;
- post-Newtonian and relativistic effects in binary-single encounters.
Schedule
Poster Registration
https://docs.google.com/forms/d/e/1FAIpQLSfySp2O9JM-AP4wREV2PsyYSy3nULHfcnAO7Y5ke1FnmNaHCw/viewform?usp=publish-editor
Convenor
Mor Rozner [email protected] (Institute for Advanced Study, Princeton & University of Cambridge), Barry Ginat (University of Oxford) & Bence Kocsis (University of Oxford)
Photo Credit: Mor Rozner produced the image using Claude
Event venue & nearby stays
The Geological Society, Piccadilly, London, United Kingdom
Concerts, fests, parties, meetups — all the happenings, one place.