A Beginner's View of Our Electric Universe - New

If we accept that stars with their attendant planets and their moons move around in various configurations
as independent systems in space and that interactions between these star systems will inevitably have gone
on against a scale of time we cannot imagine, then we have a basis on which to consider how the ‘electrical
capture’ of stars, planets and moons can take place. Remember that I previously mentioned a bubble of electric
charge existing around the solar system. This will apply to every star system and the bubble itself will extend far
beyond any planets that a star system may have. This bubble is given the name ‘heliosphere’ or more generally,
‘astrosphere’, and its outer edge in contact with deep space is called the ‘heliopause’. Due to the double layer
effect also previously mentioned, the heliopause is where the greatest voltage difference will exist between any
star system and deep space.
Interacting star systems, one more dominant than the other.
(This image does not represent the fuller story) © author
When the heliopauses of two star systems come into
contact with each other, the ‘action’ begins. The star
system with greatest level of charge will electrically
dominate then manipulate all of the bodies within
the less powerfully charged system. The ‘touching’
of heliopauses brings about an immediate transfer of
positive charge from the less dominant to the more
dominant system, so the star in the less powerful system will quickly lose its glow and stop looking like a star
since it is negatively charged in relation to the star of the dominant system. The less dominant star then becomes
a gigantic comet, shedding matter in an effort to regain electrical equilibrium. Then, it and all its original planets
are swiftly ‘captured’ by a charge exchange mechanism within the original dominant star’s ecliptic plane. That
same charge exchange mechanism will further manipulate all the new arrivals into electrically and gravitationally
stable orbital locations within the new star system. Due to its previously large glowing plasmasphere then being
‘switched off’ the much smaller remnant body of the captured star will find itself treated the same as the planets
that once were its own. It is possible, in fact likely, that it would end up having the appearance of a giant gas
planet such as our own Jupiter or Saturn, possibly complete with debris rings leftover from the encounter.
The scene is therefore set, so consider our own Sun thousands of years ago with whatever planets it had at
the time, and a brown dwarf system with its own planets coming into electrical contact with it. If we apply
the above explanation then what we see today is an apparently peaceful snapshot of planets and moons that
will have experienced great chaos in the past. An intriguing proposal now surfaces, one that may explain the
particularly strange makeup of our solar system. This proposal goes further than the hard-science of electric and
plasma cosmology to seriously consider the recorded evidence that exists from ancient times of cataclysmic
events of epic proportion that occurred in those days.
104 | The Electric Universe answers I see