A Beginner's View of Our Electric Universe - New

Neutron Stars and their Pulsar cousins are considered to be common in space. However, we must keep in
mind that they have only arisen from a gravity-based interpretation of observations backed up by maths which
conveniently ‘proves’ they are real. None of these objects have ever been observed as actual bodies in space so
the above ‘guesswork’, for that is what it must be seen as, is all that stands as evidence for their existence.
16 | What the problem is
Magnetars [1-6] are a relatively new type of object for astronomers to
play with. They are supposedly formed through the same process of
star material collapsing when the gas fuel of the star runs out.
A Magnetar? © author
The detection of these supposed bodies is again through the effect they
seem to have on objects and matter in their environment, and especially
in this case through the high-energy X-ray and gamma ray radiation
emissions that are said to come from them. Millions of Magnetars
are claimed to exist in our Milky Way galaxy alone, with lifetimes
estimated to be around 10,000 years. Please remember, however, all
this information is theoretical; it is based purely on observations that today’s astro-scientists have chosen to
interpret in an ad hoc way to match observations that support the SM.
Now we consider Black Holes [1-7] . These were thought up by Dr John A Wheeler, emeritus professor of Physics
at Princeton University in the US. He came up with the theory but not the name as an explanation for why
certain galaxies are observed to have very high-energy radiation coming from their central cores and how these
galaxies were able to hold themselves together.
Once again we have an object that arises from the collapse of a star; this
time, very large stars indeed, or more than just one star. The theory behind
them was an exciting one so it grew rapidly to include the idea of ‘supermassive
Black Holes’. These horrendously powerful gravity monsters are
said to be made up of millions of collapsed stars, all having come together
as one unimaginably enormous Black Hole. This idea fitted snugly to help
explain the great amount of gravity, in addition to that supplied by dark
matter, that would be required to perform the substantial job of holding a
galaxy together. However, we must note that no Black Hole has ever been
observed and no experiments on Earth or in space can currently be carried
out to prove they are real. As you will see, Black Holes are another product
of wishful thinking encouraged by gymnastic, unrestrained mathematics.
A Black Hole? © author
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