In the chapter on planets, moons and stars in my book on the subject, I explain gravity as a force present in the universe due to the fact that positively charged particles are slightly more reactive than negatively charged particles.
When there is a large number of neutrinos with a net overall charge of zero in a field between two bodies, there remains a tiny bit of under-pressure due to the reactivity of positive neutrinos bouncing off other positive neutrinos.
This effect is not due to the overall charge of the system. It is due entirely to the overall number of charged neutrinos. The more charge carrying neutrinos there are, the stronger is the gravitational force, even if the net electrical force remains zero.
Another factor that may be of importance is to what degree the individual neutrinos are charged.
The more heavily polarized the body is, the more intensely charged will be the neutrinos. Again, it is unimportant whether there is any net charge in the system. The gravitational effect will increase if the neutrinos are more charged, even if the system as a whole is neutral.
This means that a heavily charged body may end up with a greater gravitational pull than if it was electrical neutral. An enormous capacitor like our planet may therefore see its gravitational pull increase for no other reason than its expansion, and hence increased capacitance and charge.
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