A Beginner's View of Our Electric Universe - New

The way we do this today, however, is by using special telescopes and detectors that are able to ‘see’ the
radiation that stars and other bodies and events give off. Much of this detection takes place using infrared (heat)
radiation, but still more is achieved by looking for other wavelengths as well like radio, ultra-violet, X-ray and
gamma ray emissions. (Noteworthy: Some researchers say that many other stars like our Sun have at least one
companion body. Our own Sun is rumoured to have one that has not been observed for thousands of years, so
its existence has never been confirmed or in any way acknowledged by modern standards. It has been said that
it, along with its own attendant planet(s) are on a long elliptical orbit that sees them passing through the solar
system very rarely. This dwarf star has been assigned a variety of names over time such as, Planet X, Marduk,
the 12 th Planet, Nemesis, The Destroyer, Nibiru, and others. When looked further into there is confusion around
the actual configuration of the main star and any planets it may have, but those who study this subject generally
support the model of a brown dwarf star having at least one planet. Whatever the facts may be, it has to be said
that a search for this brown dwarf has been and is being conducted on the basis that by the law of averages, a
body such as this may actually exist, and that its long orbit around the Sun, which has been said could be 3,600
years or more, is the reason why we have no formal record of it. [More on stars [6-22a] [6-22b] ])
It is not just relatively small stars that can have lowpower
levels; there are much larger stars which also
appear not to be operating in arc mode. The volume
their plasmaspheres will encompass will be gigantic
around what must be their relatively tiny cores.
An example of this is the ninth brightest star in the
night sky which has been classed as a red giant; this
is Betelgeuse in the Orion constellation. Estimates
have been made of the diameter of this star and it is
typically quoted as being around the diameter of the
orbit of Jupiter. Can you imagine a star of almost a
billion miles across?
Estimated size of Betelgeuse and its location Credit: NASAJPL-Caltech UCB
The EU model of stars suggests that inside the large dimly glowing plasmaspheres (atmospheres) of brown
dwarf stars, the space between their solid core and the inside of their layer of glowing plasma would be the
ideal environment for life to thrive. Although much larger and hotter than a brown dwarf, Betelgeuse has been
proposed as a candidate for having planets orbiting within its glowing plasma shell. Furthermore, as I mentioned
in relation to Jupiter and its moons, it is said that planets in this circumstance would likely experience constant
temperature and light exposure and they would not be subject to seasons like we are here on Earth.
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