  The Daya Bay reactor neutrino experiment announced the discovery of a
non-zero value of \sin^22\theta_{13} with significance better than 5 \sigma in
2012. The experiment is continuing to improve the precision of
\sin^22\theta_{13} and explore other physics topics. In this talk, I will show
the current oscillation and mass-squared difference results which are based on
the combined analysis of the measured rates and energy spectra of antineutrino
events, an independent measurement of \theta_{13} using IBD events where
delayed neutrons are captured on hydrogens, and a search for light sterile
neutrinos.
