A Beginner's View of Our Electric Universe - New

When meteoroids become meteors as they enter Earth’s atmosphere, they encounter ionised molecules of gas
in the upper atmosphere that interact electrically and mechanically (kinetically) through friction to slow their
small mass down and produce the spectacular displays we often see. Meteors are also what we call shooting or
falling stars because we actually see their burn-up process taking place. If a particular meteor is large enough,
part of it may survive this tortuous journey to strike the ground as a meteorite; these often having a black,
electrically burnt appearance [6-55] .
Craters and Surface Scarring: In terms of the craters we see on the surfaces of almost all solid bodies in the
solar system, modern man has never observed any of these actually being produced. As was mentioned earlier in
chapter three, the presumption that has evolved into accepted fact is that nearly all craters are formed by kinetic
energy released when high-speed solid projectiles strike the surfaces of larger solid objects. Other theories too
are accepted that explain the phenomenon of cratering, a couple of these being volcanic type eruptions and
surface crust collapses. If any of these theories are valid, especially the impact theory, then is it not strange that
nearly all the craters we see are round in shape? Should we not expect them to have other shapes as well, both
regular and irregular, especially an elongated elliptical form that would surely result from projectiles striking
surfaces at shallow angles? It seems no matter how hard one looks, irregular craters are very rare indeed and the
circular variety seem to abound. In my view, it is wrong for astro-scientists to claim that nearly all craters have
been formed through the impact theory. However, it is not wrong of them to claim that this process could indeed
be one of the causes, albeit a minor one. The truth as I see it is that electric discharge between bodies is the far
more likely cause of cratering. We will return shortly to this and other reasons to question impact theory.
The power delivered through plasma discharges that produce blemishes and features on the surfaces of bodies in
space is a really scary level of power and a phenomenon not obvious to us today. We know that individual bodies
in space can have a significant level of electric charge associated with them, so think again of when two bodies
with vastly different charge levels come relatively
close to one another within the conducting medium of
space. Here the same situation exists as when a comet
approaches the Sun and its surface erupts electrically
to cast off material into space. Consider this process
on the much larger scale where Jupiter and its moon
Io are very close to one another. This is where we have
observed what looks like erupting volcanoes on Io’s
surface. The similarity with comets is obvious [6-56] .
Jupiter’s moon Io and the ‘erupting’ volcano Loki
Credit: NASA JPL USGS
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