Not exact matches
The group did spot an odd uptick in the number of
electron neutrinos at lower energies — 369
events instead of 273.
Using more limited data, Hill sees background signals and possible
electron antineutrino
events in roughly equal number, and concludes that there is no evidence for a
neutrino mass.
This is the detected pattern of an
electron neutrino candidate
event observed by Super-Kamiokande.
Scientists could then pinpoint the trajectory of the particle, allowing them to better distinguish between
electron neutrino interactions and other
events and thus determine whether there really is an excess of oscillations at low energies.
The aim is to use the detector to try to observe a theoretical atomic
event called neutrinoless double - beta decay — a radioactive process whereby an atomic nucleus releases two
electrons and no
neutrinos.
However, the result is still tentative because of the small number of
events seen and because of the possibility — considered rare — that muon
neutrinos could be misidentified as
electron neutrinos.
But the collaboration saw six such
events, evidence that some of the missing muon
neutrinos had turned into
electron neutrinos.»