On the charge of protons
Sven Gelbhaar
09/08/2018
We all know protons have an inverse charge to electrons, but how great is that
charge. Current theory states that it has a positive (+1) charge, whereas
electrons have a negative (-1) charge however that may be incorrect. In
previous papers we explored what would happen to a lone electron near a lone
proton, that is: they would be glued to each other. Neutrons, however, most
likely have more than one electron attached to its proton core, as they act as
powerful glue between neutrons and protons.
So let us suppose that a proton has a positive 1 charge. That would mean there
is a tiny chance that it could bind to another proton or neutron, whereas
neutrons exist in all matter more abundant in terms of protons (and neutrons)
which make up this matter. So I postulate that unless the attached electron is
either shaping the electric field of the proton, that electrons are more
plentiful than the 1:1 ratio of proton to electron as previously thought.