These particles are the subject of the MSW effect, and the Seesaw mechanism predicts a currently undetected super-heavy one of these particles. The Maki-Nakagawa-Sakata matrix describes a particular interaction of these particles, which was confirmed by the Homestake experiment. In addition to their flavor oscillation, they
These particles are the subject of the MSW effect, and the Seesaw mechanism predicts a currently undetected super-heavy one of these particles. The Maki-Nakagawa-Sakata matrix describes a particular interaction of these particles, which was confirmed by the Homestake experiment. In addition to their flavor oscillation, they emit Cerenkov radiation when passing through a detector like the Super-Kamiokande. Originally posited to explain the conservation of energy and momentum during beta decay, they were detected by Reins and Cowan using a reactor. FTP, name these leptons that come in tau, muon, and electron flavors, created during annihilation reactions and with a name meaning "little neutral one".
These particles are the subject of the MSW effect, and the Seesaw mechanism predicts a currently undetected super-heavy one of these particles.
Anti{neutrino}