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, th
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}