11-13 May 2021
Mexico/General timezone
- jose.benitez@cern.ch
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Contribution Talk
Instrumentation, computational and accelerators physics
Detecting reactor antineutrinos with a liquid argon bubble chamber
Speakers
- Dr. Luis FLORES
Primary authors
- Eduardo PEINADO (Instituto de Fisica UNAM)
- Dr. Eric VAZQUEZ-JAUREGUI (SNOLAB)
- Mr. Ernesto ALFONSO PITA (IF-UNAM)
- Dr. Luis FLORES (IFUNAM)
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Content
Nuclear reactors offer a great opportunity to study neutrinos due to their high antineutrino flux, but their detection through coherent elastic neutrino-nucleus scattering (CEvNS) is challenging given the need for sub-keV thresholds and great background identification.
In this talk we will discuss the physics potential of a liquid argon bubble chamber, a novel CEvNS reactor detector currently under construction by the SBC collaboration. With a one-year exposure, a 100 kg chamber placed at 30 m from a 2 GWth power reactor has the potential to achieve world-leading sensitivities.