Speaker
Description
on behalf of Daya Bay Collaboration
Modern neutrino physics contains a few anomalies that can not be described by the three-neutrino mixing and oscillation framework. Reactor neutrino experiments observed a deficit of the anti-neutrino flux at
These anomalies could be explained with one or more sterile neutrinos, which interact only gravitationally.
The reactor experiment Daya Bay has stored
Since no significant signal of sterile neutrino was observed, it enables us to exclude a large region of sterile neutrino parameter space. The sensitivity to sterile amplitude
The overview of the experiment and results of the analysis of the full dataset of Daya Bay will be presented.
Section | Neutrino physics and nuclear astrophysics |
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