World's first experimental Proof that the Proton rest mass is 840 MeV and the real electron is the muon //Physics series for High School Book 9 (English Edition)
World's first experimental proof that the real proton rest mass is 840MeV not 938, and the real electron was the muon of 105MeV, that little particle of 0.5MeV that J.J. Thomson discovered in 1897 turns out not to be the electron of atoms but rather the Dirac magnetic monopoles of atoms. The experimental proof comes as a surprise, because most people would think some big physics machine such as CERN would prove the proton is 840MeV. Surprise, because it turns out that the molecule CO and N2, via dissociation energy, proves the proton must be 840 MeV and true electron is the muon at 105MeV.

Cover Picture are Lewis Structure models of the CO, N2, O2, and H2O molecules. The oxygen atoms are colored orange; the nitrogen atoms are colored blue; the hydrogen atoms are small and colored white with a blue ring around them; the carbon atom is colored black. Notice the unshared dipoles on O2 and H2O. Notice those two magnetic monopoles that are unshared on the O2 molecule and the H2O molecule those unshared dipoles are actually stuck together such as the arc of a magnetic field, although in the picture they are not connected. The magnetism of those end-caps in the picture were not strong enough to stick the two together to form a arc. I suppose I could have gotten a small magnet to stick the two unshared monopoles together. And notice the other two molecules CO and N2 have no unshared dipole or unshared pole. They, CO and N2, are among the strongest chemical bonds that exist and the reason is that they fill completely the Lewis 6 Structure, no unshared pole, magnetic monopole that is.