Accès ouvert déclaré
2026
preprint
The Eos detector: a demonstrator of hybrid optical detection technology
EOS Collaboration, S. Arora, M. Askins, A. J. Bacon, Z. Bagdasarian, A. Baldoni, L. Bartoszek, M. Bergevin, Y. Bezawada, E. Blucher, J Boissevain, R. Bonventre, E. J. Callaghan, D. F. Cowen, K. DeHolton, M V Diwan, M. Dubnowski, P. Englezos, S. Gadamsetty, C M Grant, B. Harris, M. Hebert, Jeon Sw, T. Kaptanoglu, A. Katt, J. R. Klein, T Kroupová, L. Lebanowski, S. Lynch, A Mastbaum, C. Mauger, G. Mayers, M Craig Miller, J M Nachtman, S. Naugle, J. Newby, M. Newcomer, A. Nikolica, G. P. Orebi Gann, A. Phipps, L. Pickard, R. C. Pitelka, Ren Lj, A. Rincon, R. Rosero, N. Rowe, H.-J. Ryoo, J. Ryshkewitch, J. Saba, S. Schoppmann, J P Shen, M. Smiley, Song HW, H. Steiger, B. Tam, E Tiras, W. H. To, M. R. Vagins, R Berg, J. Wallig, G. Wendel, M. Wetstein, M. Wurm, G R Yang, M. Yeh, E D Zimmerman, A. Zummo
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Le résumé fourni par la source
Eos is an R&D testbed for hybrid detector technologies, featuring state-of-the-art sub-ns photosensors, the first implementation of dichroicons in a large-scale demonstrator, and the deployment of novel detection media such as water-based liquid scintillator (WbLS). By separating Cherenkov and scintillation light, Eos leverages the benefits of both to explore the potential of next-generation neutrino technologies. An extensive radioactive source calibration program enables the characterization of position, direction, and energy reconstruction performance of a variety of target materials. Furthermore, Eos will provide data to refine optical models and inform the development and simulation of future neutrino experiments. This paper describes the as-built design and data-taking plan of Eos, outlining its scientific motivations and role in the development of future detector technologies.
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Les sujets associés
Neutrino Physics ResearchRadiation Detection and Scintillator TechnologiesAstrophysics and Cosmic Phenomena