Speaker
Description
The SBC Collaboration is constructing a 10-kg liquid argon bubble chamber with scintillation readouts. The goal is to achieve 100 eV nuclear recoils detection with near-complete discrimination against electron recoil events. In addition to a dark matter search, SBC targets a CEvNS measurement of MeV-scale neutrinos from nuclear reactors. A high-statistics, high signal-to-background detection would enable precision searches for physics beyond the standard model. In this talk, after giving a brief introduction to dark matter and challenges, I will present the physics reach of the SBC detectors and the advantages of using such technology.
I will also discuss the progress towards the construction at Fermilab to test the sub-keV threshold performance and at SNOLAB for the search for dark matter.
