LIGO and Virgo have revealed an active and exciting gravitational-wave sky. A new observing run commences in early 2019, and estimates suggest up to order ten binary neutron-star mergers and order a hundred binary black-hole mergers might be found with a year of observation. Gravitational-wave astronomy will be faced with a new challenge: accommodating the oncoming deluge of transient detections. This workshop will focus on the analysis of populations of gravitational-wave sources, with implications across a diverse array of astrophysics including general relativity and fundamental physics, stellar populations and their history, cosmic nucleosynthesis, post-merger jets and kilonovae, and the neutron- star equation of state. We will discuss methods and opportunities associated with the future of gravitational-wave astronomy.
A preliminary schedule is now available. Please contact Jocelyn Read (jread AT fullerton.edu) with any questions.
Email with registration details and hotel information should have been sent to participants. For additional information in regards to traveling to Aspen, the Aspen Meadows Resort, and what to expect in Aspen, visit the Aspen website.
Jocelyn Read, California State University Fullerton
Samaya Nissanke, University of Amsterdam
Maria Drout, University of Toronto
Daniel Holz, University of Chicago
Eleonora Troja, NASA Goddard/University of Maryland
Enrico Ramirez-Ruiz, University of California Santa Cruz
Stephan Rosswog, Stockholm University
Jessica McIver, California Institute of Technology