Abstract:
Reactor neutrinos have played an important role in the neutrino physics, from the discovery of neutrino in 1950s, to the confirmation of neutrino oscillation driven by theta12 in 2000s, and the first observation of neutrino oscillation driven by theta13 by current reactor neutrino experiments, Daya Bay, Double Chooz, and RENO in 2010s. The next generation experiment, JUNO, aims to determine the neutrino mass ordering in 2020s. Besides, the discrepancies between the measured and predicted reactor neutrino rate and energy spectrum are improving the understanding of the nuclear decay data. In this talk, I will give an overview of the reactor neutrino physics and experiments.
CV:
Zeyuan Yu obtained his Ph.D in 2013 from Institute of High Energy Physics. Since then he's a staff research member at IHEP. He joined the Daya Bay experiment in 2009, and has made significant contributions to the detector commissioning and data analysis, in particular the detector calibration and reconstruction, the neutrino oscillation analysis and the neutrino spectrum measurement. Currently he serves as the chair of the Analysis Coordinate Committee of Daya Bay.