Morton Spears' Electron

In Morton Spears' simple atom model (chapter 8 in his second book), the difference between a neutron and a proton is three quanta, 1 positive and 2 negative.

Since we know from lab-experiments, interpreted in the light of conventional particle physics, that the difference between a neutron and a proton is 1 electron and 1 anti-neutrino, we can assume that 1 positive and 2 negative quanta in Morton Spears' model add up to 1 electron, and that his model lacks 1 neutral quanta.

1 free neutron decays into 1 proton, 1 electron and 1 anti-neutrino

Morton Spears suggested that an electron is formed by 1 negative quanta, while I suggest that it is formed by 2 negative and 1 positive quanta.

This would fit better with lab observations. It would also make the electron a dipole, which is important for things to add up in the Electric Universe paradigm.

The idea of an anti-neutrino only exists in conventional particle physics. Morton Spears' simple model does not have such a unit. In his model, the anti-neutrino is simply 1 neutral quanta.

For this to add up perfectly with lab experiments, we have to add neutral quanta to Morton Spears' neutrons and protons. However, this is not a problem since neutral quanta don't carry charge. They are therefore mass-less according to my hypothesis that mass is a function of charge.

The existence of neutral quanta in neutrons and protons should not come as a surprise. After all, capacitors have three parts. They consist of a positive side, a negative side, and a dielectric. The neutral quanta would correspond to the dielectric, and for some reason, it is necessary to add a bit of dielectric when adding an electron to a proton in order to produce a neutron.