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From: Archimedes Plutonium on 23 May 2010 14:54
Alright, making some real nice decent progress here.

Notice on Magnetic lines of force from an iron filing experiment shown
in Wikipedia
http://en.wikipedia.org/wiki/Magnetism
If you scroll about 3/4 of the way down on that entry you see a iron
filing experiment
and when I saw it last night, one of those string or ribbons of
filings reminded me
of the Perseus-Pisces supercluster or the P-P supercluster in
Jarrett's mapping.

http://spider.ipac.caltech.edu/staff/jarrett/papers/LSS/

Another picture of the magnet iron filing experiment is seen on page
687 of
Fundamentals of Physics, 3rd ed, Halliday & Resnick, 1988. I prefer
any and
all these older physics textbooks since the newer ones are infiltrated
with
the phony and fake black-holes, big bang and other assorted nonsense.

Anyway, if one tries out the magnet-iron filing experiment with
various sorts
of magnets and filings then one can approach what looks to be very
much
like the 3rd layer involving the P-P and P-I superclusters of
Jarrett's, possibly
Juric's mapping of the galaxies.

The fact that the superclusters so much resembles a ribbon or string
as the
iron filings under a magnet, is proof enough that the Cosmic glue and
builder
of galaxies is Electromagnetism.

Now I played around with my crude filings of assorted sizes to get to
a
resemblance of the 3rd layer in Jarrett's mapping so as to see where
the
other clusters and walls and voids would fit into the P-P RING of the
3rd layer.

As seen in Wikipedia's magnetism entry that the most dense filings are
in the
center and along the edges of the North and South poles of the magnet.

Now I doubt that the Plutonium Atom Universe would have a north and
south pole
of a magnet visible, but only a center band. And that center band
would easily
correspond to the Sloan Great Wall. And the P-P supercluster would be
about
180 degrees opposite this central band.

This would mean that the galaxies form ribbons of superclusters for
the most part.
And those ribbons would form outlines of rings on a cosmic scale.

So that if Juric and Jarrett would drop their love of a Doppler
redshift placement of
galaxies in their mapping and simply tried to reassemble the Cosmic
Mapping as to
make it resemble a magnet and iron-filings, then we would have
concentric rings of
ribbons of galaxies. The quasars would be rather like the unribboned
galaxies that
fill in the ring-bands. The quasars would be galaxies that are loners
so to speak.
The quasars would be the iron filing that was alone and unclustered.

The huge redshift of quasars is explained by the fiberglass experiment
of a white
light galaxy that is moving towards Earth and for which Space has
scattered and
refracted the image. Much like the oncoming white headlights of cars
seen through
the fiberglass.

Now looking at Jarrett's 3rd layer where Jarrett speaks about the Ring
with some
detail, there is also the forming of a ring in the 2nd layer. And if
we dismiss the
Doppler redshift altogether and just reassemble the Jarrett mapping
with the intent
of "making as many rings as possible" with the galaxies shown, I
suspect that
we can end up with 7 rings in all since Jarrett has more than 7
layers.

Now as for the distance to the P-P supercluster, it is supposed that
this distance
is 400 million light years away. Now I am happy with that number and
not going to
question it as the upper bound or upper limit of distance and that all
the galaxies
shown or displayed by both Juric and Jarrett are 400 million light
years away or
less. And that none of those galaxies are further away than 400
million light years.

But in the future, I should be able to actually calculate a more
accurate upper bound.
I should be able to use the data of the best density of our observable
Cosmos. If that
density is in fact 1 hydrogen atom per cubic meter and given that
density and given
the laws of electromagnetism and then finding the Magnet-Iron Filing
Experiment that
comes closest to matching the observed superclusters such as P-P and
the Ring, then
using those three datum, I should be able to calculate a more precise
Upper Limit
of distance that the telescope can reach, and more accurate than the
400 million
light years.

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
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