A Beginner's View of Our Electric Universe - New

Given the very reasonable case now established for powerful differentially charged plasma existing throughout
space, if there ever could be good reason based on good science and visual evidence to pay serious attention to
an electric explanation of galaxy and star formation and operation, then this, I suggest, must be it.
Stars, Their Combinations, Planets and Moons: As time passed after these almighty birthing events and
as galaxies with their stars grew older and moved around, the vast regions of ionised matter left thinly spread
between stars would have facilitated further electrical events that will still apply today. Here, due to the
undoubted ongoing cycles of build-up and release of electric charge within and between these regions and
with the motion of stars themselves, the overall effect would be to bring about periods of electrical instability
between individual stars and between stars and their immediate surroundings. On occasion, stars experiencing
this would be forced to take on an excess of charge from their electric environment. This would occur due to
high densities of current impinging directly on a star’s photosphere ‘surface’, where that density would be
subject to change based on the dynamic nature of the other electrical interactions going on in the star’s wider
environment. Individual stars could therefore conceivably be forced to take on levels of charge that their mass
could not comfortably cope with. This being the case, an electrical stabilisation process would be required that
would involve ‘shedding’ some of this accumulated charge in some way.
It seems to me this type of activity is one that just had to have gone on. It likely still does and probably always
will. Much of the reasoning behind this ‘electric stress shedding’ process goes back to a star’s material makeup
and physical size, which for now, we will think of as a large ball of gas in the plasma state that has a much
smaller solid matter core. These are the two main things that would dictate the level of electrical charge (stress)
that stars of all types and gas giant planets could comfortably live with in their own environments. If electrically
over-stressed, stars will naturally seek a lower stress situation by dividing into parts or by shedding an amount
of their plasma gas or solid matter into space. To help picture the concept of dividing into parts, imagine gently
pouring a small amount of water on to a hotplate. If the hotplate is cold, the water will tend to stay together, but
if the hotplate is very hot, then the water will quickly be forced to separate into smaller blobs as it absorbs heat
energy from the hotplate. This is obviously not a perfect analogy but it provides a useful mental picture.
Most of the stars we see are not just one object, they actually consist of two or more related objects, so perhaps
they should really be thought of as ‘star systems’. This is a well-known and accepted fact - estimates exist
that up to 80% of all stars have at least one partner that is often so dim it cannot be seen. The electrical stress
reduction process just described tells us that stars can split into two or actually even more parts in order to
reduce the electrical stress they experience [6-5] . This makes basic electrical sense and it is a process that can be
reproduced in the electrical laboratory where experiments involving the formation and manipulation of balls of
plasma lightning have been carried out.
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