The anomalous magnetic moment of this particle was calculated by Julian Schwinger to be equal to the fine structure constant divided by 2 pi.
The anomalous magnetic moment of this particle was calculated by Julian Schwinger to be equal to the fine structure constant divided by 2 pi. The characteristic blue glow of underwater nuclear reactors occurs when these particles travel faster the speed of light in the Cherenkov effect. A beam striking a rotating nickel target was used to confirm the wave nature of these particles by Davisson and Germer. These particles are emitted when the energy of beam of light exceeds the work function of a metal in the photoelectric effect. The atomic number increases by one when an antineutrino and one of these is emitted in beta-minus decay. For 10 points, name these negatively charged particles that occupy orbitals surrounding a nucleus.
The anomalous magnetic moment of this particle was calculated by Julian Schwinger to be equal to the fine structure constant divided by 2 pi.
electrons