If we were to find a downward-pointing electric field upon a star, it would seem that the action of that field would produce a shell of electrons above the stellar atmosphere and a congestion of protons at the central core. Indeed, mutual repulsion of the protons would tend to fend off extreme proximity, but a mighty gravity might offer quite a contest. Adding to effects of gravity, an electrostatic pull upon any but the most central proton would be in the direction across the center of the proton cluster from which more than a hemisphere of electrons exceed the pull from the lesser count pulling from behind. Hence a stable concentric configuration would be holding arrays of opposite charge apart from each other.
This counter-intuitive infrastructure presents a scene whereby we might have fusion of protons from static pressure at a site devoid of electrons. Could this possibly annihilate carriers of positive charge thereby leaving a systematically increasing proportion of electrons?
This counter-intuitive infrastructure presents a scene whereby we might have fusion of protons from static pressure at a site devoid of electrons. Could this possibly annihilate carriers of positive charge thereby leaving a systematically increasing proportion of electrons?