Since the sterile neutrino couples to the ordinary electron neutrino
it can be detected in neutrino electron scattering experiments with the advantage that the neutrino-electron cross section is very well known.
If happened, an electron neutrino
in the vicinity of the nucleus couples with a W boson emitting a [[beta].sup.v] and induces beta transformation in the nucleus.
Analyzing more than 300,000 electron antineutrinos (the antimatter counterpart of the electron neutrino
) collected from the Daya Bay nuclear reactors during 217 days of operation, researchers found 6 percent fewer of the particles than predicted by the standard particle physics model.
[sup.13]N is an isotope of nitrogen that decays with a 10min half life into [sup.13]C, a positron, and an electron neutrino
. This radioactive gas is frozen onto a cryogenic freezer where it is then channeled to form an anti-matter beam.
For example, in  it is reported on the first measurement of the atmospheric electron neutrino
flux in the energy range between approximately 80 GeV and 6 TeV.
The dominant Higgs Boson dictates the type of Electron in its outer Shell as either an Electron or Electron Neutrino
as in the s Block, Muon Neutrino in the f Block, Muon in the p Block, Tau Neutrino in the g Block and Tau in the d Block.
The electron neutrino
correlation, a, expresses the dependence of decay rate on the angle between the neutrino and electron, cos(Vev) = cos(Ve)cos(Vv) + sin(Ve)sin(Vv)cos([phi]e - [phi]v).
Three types are known to exist: the electron neutrino
, the muon neutrino, and the tau neutrino.
Up to this point, the leptons that were known included the electron, the electron neutrino
, and their antiparticles and the muon, the muon neutrino, and their antiparticles.
Currently, neutrinos are known to have three different types, or "flavors" - the electron neutrino
, the muon neutrino and the tau neutrino.
It arises in the form of the electron neutrino
with the mass of about 0.22 eV and further during the transition to its final state with the same mass may possibly change its parameters like the mass and magnetic moment, which results in the changes of a detectable power neutrino flow (oscillations).
The type proposed by Pauli, associated with electrons, is now called the electron neutrino
. Since its discovery, two more "flavors" have been confirmed: tau neutrinos and muon neutrinos, which are associated with two unstable partner particles that, like electrons, belong to the lepton family of elementary particles.