Speakers
Cade Sbrocco
(The Ohio State University)
Dieder Van den Broeck
(IIHE-VUB)
Enrique Huesca Santiago
(IIHE - VUB)Dr
Katharine Mulrey
(IIHE - VUB)
Rose Stanley
(IIHE - VUB)
Simon De Kockere
(IIHE- VUB)
Description
The RET-N project aims to detect > 10 PeV neutrino-initiated cascades in ice using the radar echo technique. This will be a novel way of detecting cosmic neutrinos that will complement current approaches by other experiments. Here we discuss details of detector optimisation studies for the RET-N pathfinder and prototyping project. Furthermore, we present the modelling efforts to predict the radar signal from an ultra high energy neutrino or cosmic ray induced particle cascade.
Mini-abstract
Simulation studies towards > 10 PeV neutrino detection in ice using radar echoes.
| Experiment/Collaboration | Radar Echo Telescope Collaboration |
|---|
Primary authors
Cade Sbrocco
(The Ohio State University)
Dieder Van den Broeck
(IIHE-VUB)
Enrique Huesca Santiago
(IIHE - VUB)
Dr
Katharine Mulrey
(IIHE - VUB)
Prof.
Krijn de Vries
(IIHE - VUB)
Rose Stanley
(IIHE - VUB)
Simon De Kockere
(IIHE- VUB)
Dr
Steven Prohira
(The Ohio State University)
Co-authors
Alisa Nozdrina
(University of Kansas)
Prof.
Amy Connolly
(The Ohio State University)
Dr
Carsten Hast
(SLAC)
Chung-Yun Kuo
(National Taiwan University)
Prof.
David Besson
(University of Kansas)
Prof.
James Beatty
(Ohio State)
Dr
Jiwoo Nam
(National Taiwan University)
Prof.
John Ralston
(University of Kansas)
Jorge Torres
(The Ohio State University)
Prof.
Nick van Eijndhoven
(IIHE - VUB)
Dr
Patrick Allison
(The Ohio State University)
Dr
Simona Toscano
(IIHE - VUB)
Prof.
Stephanie Wissel
(Penn State University)
Dr
Thomas Meures
(University of Wisconsin-Madison)
Uzair Latif
(University of Kansas)
Dr
Vesna Lukic
(IIHE - VUB)
Zoe Riesen
(California Polytechnic State University)