The significance of repolarized matter (electrically reformatted from classic atomic format) is the predictable shape it assumes within material clusters. The spherical shape taken by gas clusters of low rotational velocity would result in hollow outer shells bearing particles of the majority electrical polarity, each centered within by a spherical formation of particles of the minority polarity. Where rotational velocity suffices to flatten a cluster into a disk, electrical particles of the majority polarity would favor the rim of such a disk and particles of the minority polarity would tend to extend as a filament along the rotational axis under the centering influence of the rim.
Predominately spherical clusters of hydrogen gas bearing negative charge would tend to form stellar candidates by exclusive virtue of holding fusible material at their central cores. A disk of such electrical charge would tend to develop polar jetting of positive core material aligned along its rotational axis and projected under influence of a focusing cathode formed at its rim.
Conversely, hydrogen clouds bearing positive charge would keep spherical forms in darkness by precluding fusion through their holding of negative cores; and as disks, would align electrons along their rotational axes to repel them as beams under influence of the rim acting as a focusing anode.
So is this an accretion disk, like this?
ReplyDeletehttp://imagine.gsfc.nasa.gov/docs/ask_astro/answers/990923a.html
An accretion disk for a black hole is seen to be a little different when bearing repolarization in mind. Will devote a third posting to explain, but cannot wait to say that electrons can straggle in or out through an event horizon because a black hole gobbles just enough electrons to neutralize its gravitational attraction for the next electron.
ReplyDeleteOkey dokey I look forward to reading the next post!
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