This phenomenon was originally postulated because detectors showed that the sun produced only one-third the predicted amount of a certain particle.
One parameter that describes this phenomenon will be measured in the T2K experiment, and an anomalous result at the LSND about this phenomenon was refuted by the MiniBooNE experiment at Fermilab. The original experiment that detected this phenomenon bubbled helium gas through a tank every few days in order to collect samples of radioactive Argon from a giant take of perchloroethylene; that experiment was performed by Davis in the Homestake Mine and confirmed in the Sudbury Observatory. In matter, this phenomenon occurs due to electrons scattering the subject particles, known as the MSW effect, and this phenomenon is described by a set of three mixing angles in the Maki-Nagakawa-Sagata matrix. This phenomenon was originally postulated because detectors showed that the sun produced only one-third the predicted amount of a certain particle. For 10 points, name this phenomenon in which the namesake particles created by annihilation cycle between three flavor states.
One parameter that describes this phenomenon will be measured in the T2K experiment, and an anomalous result at the LSND about this phenomenon was refuted by the MiniBooNE experiment at Fermilab.
{neutrino} flavor {oscillations} or {neutrino oscillations}