Prev: Ultrasonic piezonuclear reaction of thorium solutions
Next: How could three "lunar" meteorites contain fossils?
From: Archimedes Plutonium on 7 May 2010 03:54
Now here is an interesting brainstorming thoughts. I went to see what
the frequency of
having a Supernova in the Cosmos was. I found a figure of 1 supernova
in a average
galaxy every 50 years.

A rough estimate of the number of galaxies in the Cosmos is 10^11 and
the number
of stars on average in a galaxy is 10^11.

So that would mean that on average we should witness 10^11/50
supernova every
50 years, and on average witness10^11 / 50 / 360 or about 6 million
supernova
every day.

Now I went to look up about how many quasars are known to exist.
Wikipedia's
entry says there are more than 200,000 in the Sloan Digital Sky
Survey. So let us
say there are 300,000 quasars in existence.

Now if the Cosmos has 6,000,000 supernova going off every day and if
the
astronomers know of 300,000 quasars that exist.

And suppose the edge of the Cosmos is really that of 400 million light
years
distant and is the RING structure in Jarrett's mapping of galaxies in
the 3rd layer.

So now, let me entertain the idea that what the quasars really are,
are just
Supernova going off on the Cosmic horizon, the edge of the Cosmos, and
because
there are 6,000,000 of these supernova going off on that edge every
day, we
think they are something special of intense power and energy. The
redshift of the
quasars is due to the Refraction Shift of the experiment.

Now that may sound preposterous to think that the quasars are nothing
but
supernova on the Cosmic horizon. But has anyone noted that quasar
sightings
are rather fleeting? That the quasars seem to jump or move in place
like
Mexican jumping beans we played with as a child. Has anyone actually
seen
quasars that are "fixed in place"? Or do quasars have a tendency to be
fleeting
objects-- one day you see it, next day it is gone?

Also, the Great Wall and Sloan Great Wall are better explained not as
some
vast superstructure of galaxies, but more like the idea that the edge
of the
Cosmos has alot of light, similar to coming up to a distant city with
all the
scattering of light from the city.


Archimedes Plutonium
http://www.iw.net/~a_plutonium/
whole entire Universe is just one big atom
where dots of the electron-dot-cloud are galaxies
 | 
Pages: 1
Prev: Ultrasonic piezonuclear reaction of thorium solutions
Next: How could three "lunar" meteorites contain fossils?