If this is true, then matter/anti-matter interaction can result in charge neutral particles. Such neutral particles have no time speed component along the charge time dimension and so display no charge properties. Such particle still have time speed component along the gravitational time dimension and so have mass. The following is an updated time diagram for an electron and a proton.
Consider the momentum along the charge time dimension, upon collision,
\(qc + q(-c) = 0\)
This means after the collision, the particle loses its charge property. The energy released is \(E=2qc^2\), seriously.
And along the gravitational time dimension, upon collision,
This means after the collision the particle has a mass slightly higher that proton. More accurately, the mass of an electron plus a proton. This particle might just be the fabled neutron.
This is not the final picture of multiple time dimensions. Momentum used to be added like vectors. \(qc+mc\) however does not make sense. Until next time.., try to have a nice day.