Speaker
Tian-Qi Huang
Description
The High-energy Underwater Neutrino Telescope (HUNT) is a proposed next-generation neutrino observatory with an instrumented volume of approximately 30 cubic kilometers, aiming to discover dozens of the high-energy neutrino point sources in ten years. We investigate a multiple-cluster design and optimize the array geometry, varying parameters such as radius, height, and the number of clusters, to maximize the discovery potential for point-like neutrino sources. Preliminary simulations indicate a 30% improvement in discovery potential over default configuration, highlighting the telescope's promise in identifying neutrino source candidates from microquasars to Seyfert galaxies.
| Collaboration(s) | HUNT Collaboration |
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