GRAND SCALE REPOLARIZATIONS

Version 1: modified 3/28/09

STARS
The negative charge revealed for the sun simply by common knowledge of Fair Weather Current here on Earth brings us to logical determination that the core of any functioning star is a balled-up cluster of nuclear material. We know that most of that core is of solitary protons and that it is devoid of electrons. Electrons missing from such remnants of hydrogen would be accounted for as being spread out atop the star amongst the stellar surplus that gives the orb its negative charge. Such electrons lurk within negative ions in upper stellar atmosphere or hover above the incandescent gasses as a great negative bubble suspended electrostatically by net global repulsion against the pulls of gravity and the attractive charge of the central core. We could term that bubble as an electrosphere (comparable to Earth's) if that nomenclature has not been grandfathered for something else.

Everything stacks up and many longstanding mysteries are dispelled if we assume that when matter transfers into energy, particles of positive charge have been reduced in number. No electrons even bear witness to such atrocities where and when they happen within stellar cores. The squeezing that brings protons together is strongest right where global electrostatic traction has delivered the ready fuel. As fusion occurs, consequential reduction in particles of positive charge at the core of the star releases comparable numbers of electrons from stellar grasp to produce a predominately negative stellar wind. Introduction and release of electrons from the electrosphere would keep its contents busy satisfying their necessary equidistance from each other, to the extent that the resulting jiggle of electric current might sufficiently heat that electrosphere to account for those high temperature stellar coronas mysteriously exceeding ambient gas temperatures of the stellar surface. Another Holy Grail for the first soul to say so.

GALAXIES
Since it is always daytime everywhere around a star, a lot of electrons overflow from each one of them, supplying bright galaxies with substantial negative charges at their rims. As a result, assuming plentiful occasions for ionization; protons and other particles bearing positive charge must always be converging inwardly in all bright galaxies.

Now, in our Milky Way, coveting the greater prize on the other side, protons scorn the closest arc of its rim to covet greater share of the attractive galactic rim beyond, until at half way across, equalization of both fore and aft attraction terminates further migration. Long ago, when the galaxy was but a ball of gas, the sole proton to ever reach the center led runner-ups that joined as a hollow sphere of protons surrounding that point while remaining asunder. That sphere grew to define a region of dark matter below, flattened out with the galaxy, and serves now as greedy maw for the black hole it has cultivated at its center. It is undertaking a coup de grace that will, far in the future, turn Milky Way into another black dot in the night sky of other worlds. That is the accretion disk to our super massive black hole. It maintains slow but perpetual growth from steady migration of positive particles out of a field of some 50 thousand light years' radius and occasions of monstrous growth as it encroaches upon stellar systems, always jetting most electrons into the void, pocketing all of the single protons, and dumping everything else into the black hole. No, Virginia, the black hole doesn't come first.

A menace to simplicity arises in contemplation of a variable skew between gravitational and electrostatic centers of a galaxy. Our super massive black hole holds an existing wheel of protons in orbit, but conceivably independent wanderings of the galactic electrostatic and gravitational centers takes the matter out of our hands. By and large we can still get the feel of it all without getting too far off base.

Our accretion disk serves as a proton motel where none check out. It engulfs a star to drag electrons down for disposal via polar jet, swelling itself to encircle a greater share of the galaxy until the last act when it will be dismissing electrons from the galaxy faster than remaining stars can replace them with their overflow. Soon after that it will nullify the negative galactic charge and terminate fusion for the remaining stars.