Near the end of Professor Davis» life, a large team of researchers (~ 178 coauthors) reported that solar
electron neutrinos oscillate away before they reach our detectors.
Not exact matches
The goal is to find out why
neutrinos oscillate spontaneously between three «flavours»:
electron,...
In
neutrinos, which come in three types —
electron, muon and tau — CP violation can be measured by observing how
neutrinos oscillate, or change from one type to another.
Neutrinos and their antimatter counterparts
oscillate between three types:
electron, tau and muon.
And here, too, it stood to reason that some of
electron neutrinos had
oscillated.
One possible solution is that
neutrinos oscillate — that is, the
electron neutrinos created in the sun change into muon - or tau -
neutrinos as they travel to the earth.
The SNO's results were taken as evidence that
neutrinos have a mass, which allows them to
oscillate between three flavors:
electron, muon and tau.
Because the ease with which one
neutrino oscillates into another is related to the difference in those particles» masses, a suitably heavy sterile
neutrino could explain the greater than expected number of
electron antineutrinos.
That was the Liquid Scintillator
Neutrino Detector (LSND) at the Los Alamos National Laboratory in New Mexico, which in data acquired between 1993 and 1998 showed muon antineutrinos to be
oscillating into
electron antineutrinos far more readily than expected.
Scientists have long suspected that these elementary particles, which are produced by the decay of radioactive elements, have a unique trait — they can change, or «
oscillate,» between their three known types, or «flavors» — the
electron neutrino, the muon
neutrino and the tau
neutrino.
These particles, which are produced by the decay of radioactive elements, have a unique trait — they can change, or «
oscillate,» between their three known types, or «flavors» — the
electron neutrino, the muon
neutrino and the tau
neutrino.