chapt20 density and distribution of galaxies #333 Atom Totality

Chapter 20 distribution and density of galaxies
Subject: Flicker in quasars is apparently widespread phenomenon

I went to look up whether "flickering" exists in quasars. I
wasn't expecting much, but there is a lot. The second
hit below, TIME magazine, is very clear and concise. It spoke not only
of flickering but of the distribution of 34 quasars in a particular
plane.

#
Twinkle, Twinkle, Little Quasar
Quasar expert. Peter Barthel of the. Kapteyn. Astronomical Institute
in. Groningen, the. Netherlands, thinks there is a way to explain the
flickering without ...
http://www.sciencemag.org/cgi/reprin...3/5272/182.pdf - Similar pages
by G Schilling - 1996 - All 4 versions
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The Questions of Quasars - TIME
But none of these ideas has won acceptance, and none has begun to
explain the fact that quasars flicker strangely, varying in brilliance
as much as 10% a ...
http://www.time.com/time/magazine/ar...833448,00.html - Similar
pages
#
The Complete Idiot's Guide to Astronomy - Google Books Result
by Christopher Du Pree, Christopher Gordon De ... - 2004 - Science -
385 pages
Many quasars flicker ... So this source could only flicker on scales
of a year. ... If a supermassive black hole is the source of a
quasar's power, ...
books.google.com/books?isbn=1592572197...

The Atom Totality theory would explain quasar energy and
quasar flickering as that of galaxies and intergalactic-medium
near to and close to the Nucleus of the Atom Totality which
lights up these objects as if it were a "fluorescent lamp".

How it lights them up? Is a good question for it maybe almost
a continuous like huge gamma-ray-burst and the intergalactic
medium which the quasars lie in is made to glow like a
lamp or light bulb. Sometimes this gamma-ray-burst is
interrupted enough to make a flickering. Perhaps it is other
forms of energy instead of gamma-ray-bursts.

What is likely is that the "quasar belt" is the closest objects
to the Nucleus of the Atom Totality and would thus have
properties not seen anywhere else in the Cosmos.

In that Time magazine article speaks of 3C-2 quasar which was
once "reddish" and has now turned "bluish".

So what quasars speak of as to their true nature is that since
they are close and nearby to the Nucleus of the Atom Totality
that what drives and causes their strange features is not their
own internal matter but that their close proximity to the Nucleus
of the Atom Totality and the energy released by the Nucleus
causes these galactic structures of the quasar belt to have
these odd and strange properties.

Now one property that may have been observed but never
reported would be for all the known Quasars to simultaneously
blink or flicker on and off for a brief period of time. The
observers here on Earth would first think that it was their
own equipment that had played some trick or havoc on their
observations but in reality it was the quasars themselves had
been interrupted in energy supply from the Nucleus of the Atom
Totality.




Subject: density of Intergalactic Medium (IGM) beyond the Sloan Great
Wall explains Quasars

Anyway getting on with Astronomy
and the explanation of the Quasar belt beyond the Sloan
Great Wall.

It is worth repeating this Wikipedia entry of the Intergalactic
Medium (IGM)
--- quoting Wikipedia on IGM ---
Surrounding and stretching between galaxies, there is a rarefied
plasma
[15][16] that is thought to possess a cosmic filamentary structure[17]
and that is slightly denser than the average density in the universe.
This material is called the intergalactic medium (IGM) and is mostly
ionized hydrogen, i.e. a plasma consisting of equal numbers of
electrons and protons. The IGM is thought to exist at a density of 10
to 100 times the average density of the universe (10 to 100 hydrogen
atoms per cubic meter). It reaches densities as high as 1000 times the
average density of the universe in rich clusters of galaxies.

The reason the IGM is thought to be mostly ionized gas is that its
temperature is thought to be quite high by terrestrial standards
(though some parts of it are only "warm" by astrophysical standards).
As gas falls into the Intergalactic Medium from the voids, it heats up
to temperatures of 105 K to 107 K, which is high enough for the bound
electrons to escape from the hydrogen nuclei upon collisions. At these
temperatures, it is called the Warm-Hot Intergalactic Medium (WHIM).
Computer simulations indicate that on the order of half the atomic
matter in the universe might exist in this warm-hot, rarefied state.
When gas falls from the filamentary structures of the WHIM into the
galaxy clusters at the intersections of the cosmic filaments, it can
heat up even more, reaching temperatures of 108 K and above.
--- end quoting ---

Now bear with me for a moment. Imagine the IGM near
the Milky Way and Local Cluster as very rarefied of say
1 or 2 hydrogen atoms per cubic meter.

But, now, let us say we move to the Great Wall of galaxies
and the IGM density there is say 100,000 atoms of hydrogen
per cubic meter.

But, now, let us say we move to the Sloan Great Wall of
galaxies and the density of the IGM there is tallied to be
10^6 hydrogen atoms per cubic meter.

And now going further on past the Sloan Great Wall.

The reader can sense what I am doing. Is saying that as we
go in the direction of the Great Wall to Sloan Great Wall to that
of the Quasar Belt, that the IGM density increases logarithmically
to a point in which, if a large cosmic gamma ray burst was
placed in a IGM of high density that the region would "light up"
like a fluorescent light bulb.

So let us say that the Quasar Belt is near the Nucleus of the
Atom Totality where all Gamma Ray Bursts have their origins.

And if you had a series of Gamma Ray Bursts, it would appear
almost like a continuous flow of electricity in a fluorescent lamp
circuit. Of course not fully continuous but tiny breaks such as
a flickering of light.

So here is a good explanation of what Quasars are? Quasars
are dense galactic superstructures near the Nucleus of the
Atom Totality and the emission of a steady stream of Cosmic
Gamma Ray Bursts acts like a fluorescent lamp on the IGM
of the Quasar Belt. So that when we see a Quasar we actually
are viewing the Gamma Ray Burst that occurred on the IGM
of that galaxy.

Now the Sloan Great Wall just does not have the density that
the Quasar Belt has, nor is it close to the Nucleus that the Quasar
Belt lies.

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