The mass operator in the seesaw mechanism causes the number of these particles to be off by two units compared to what is predicted by the Standard Model.
The MEG experiment at CERN currently searches for flavor changes in charged versions of these particles, replacing the MEGA and SINDRUM experiments. The mass operator in the seesaw mechanism causes the number of these particles to be off by two units compared to what is predicted by the Standard Model. Double beta decays in which a Majorana fermion is an intermediate particle violate the (*) conservation of these particles, which includes three subtypes whose numbers are generally also conserved. A consequence of the conservation of these particles is that a neutrino or antineutrino has to be produced during beta decay. The tauon, muons, and electrons are members of, for 10 points, what family of particles that, unlike quarks, do not experience the strong interaction?
The MEG experiment at CERN currently searches for flavor changes in charged versions of these particles, replacing the MEGA and SINDRUM experiments.
lepton [accept lepton number] &lt;Garg&gt;