Speaker
Doğa Veske
(Columbia University)
Description
Detecting astrophysical events through multiple messengers improves our understanding of underlying sources. In addition to probing different physics, multi-messenger observations can provide improved localization in low latency, guiding astronomers who perform follow-up observations. We will present the real-time and offline searches for high-energy neutrinos associated with gravitational-wave events via IceCube’s neutrinos and LIGO/Virgo’s public announcements and detections.
Keywords
Gravitational-waves; high-energy neutrinos; multi-messenger astronomy
| Subcategory | Experimental Results |
|---|---|
| Collaboration | IceCube |
Primary author
Doğa Veske
(Columbia University)
Co-authors
Raamis Hussain
(University of Wisconsin-Madison)
Prof.
Zsuzsanna Márka
(Columbia University)
Stefan Countryman
(Columbia University)
Alex Pizzuto
(University of Wisconsin-Madison)
Yasmeen Asali
(Yale University)
Ana Silva Oliveira
(Columbia University)
Prof.
Imre Bartos
Justin Vandenbroucke
(University of Wisconsin-Madison)
Prof.
Szabolcs Márka
(Columbia University)
For the IceCube Collaboration
