Speaker
Description
JUNO is multi-purpose neutrino experiment with 20 kton liquid scintillator detector under construction in China.The main aim of the experiment is to determine neutrino mass hierarchy by measuring the energy spectrum of reactor $\bar{\nu}_{e}$ at a distance of∼53 km.For the next galactic CCSN, JUNO has the capability of detecting a high statistics of SN events.The detection of a SN burst in JUNO from a progenitor of 20M_{⊙} at 10 kpc will yield∼5×10^3 IBD events from electron antineutrinos,and hundreds on other CC and NC interaction channels from all neutrino species.In this work a study on the SN neutrino events with JUNO detector is presented.The reconstruction of the supernova neutrino energy spectra is based on a probabilistic unfolding method. Hereby is also presented a preliminary work on a first classification to determine the progenitor mass with the supernova neutrinos.
Mini-abstract
Probabilistic unfolding method using the JUNO detector to reconstruct Supernova energy spectra
| Experiment/Collaboration | JUNO Experiment |
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