In the hyperverse model, particles of matter are collapsed and coalesced quanta of space, created by a condensation process to conserve angular momentum and centripetal force. We have proposed that the component quanta have spin, and hypothesize here that upon particle formation, the collapsed and coalesced component quanta are fixed in orientation so that either their north or south poles face the particle center. Six coalesced vortices produce structures that can account for all charge variations, including fractional charges and anti-particles. Fractional charges are net charges, where charge is a consequence of the spin orientations. The model suggests that protons carry a hidden negative one charge, speculated to be what stops the electron from falling into the proton. We hypothesize that "condensation neutrinos" exist, neutrinos made by the natural condensation route of particle creation, and these lack the high kinetic energy of "emission neutrinos", created as a result of atomic decay and collision. Condensation neutrinos would be the most numerous particle, but difficult to detect, and may be the dark matter particle.