#3 satellite galaxies such as Magellanic or Bootes are interference

Good grief, instead of the title getting better it seems to have
gotten worse. But this is
the first edition of this book and as usual, alot of changing has to
be done.

After finishing my earlier post tonight of #2, I realized I recently
looked up the nearest
galaxies to our Milky Way for my Darwin Evolution book to see what
distance
the nearest galaxies were. And I was rather surprised to see these
"satellite galaxies".

In my previous post of #2 I said the Great Wall and Sloan Great Wall
were like the
Constructive-Interference Fringes of a Double Slit where the Nucleus
of the Atom
Totality would be the source of the double-pinhole or double-slit.

And I realized that the satellite galaxies of the Milky Way are
probably another
Constructive-Interference Pattern only since they are so near to our
telescopes we
can better study them as a interference pattern.

So what if we placed into a computer some Lobe shaped figures and
placed the
satellite galaxies of the Milky Way into those lobes, and we should
thus be able to
tell what the true geometry of our region of the Cosmos is. Because if
we can find
a lobe shape that places all the satellite galaxies of the Milky Way
and places them
such that they form a "near perfect fringe pattern" whether it is a
straight line fringe
or a hyperbolic fringe pattern. If they line up into a perfect pattern
means we have
solved what the geometry of our region of the Cosmos is.

--- quoting the nearest galaxies to Earth ---
http://en.wikipedia.org/wiki/List_of_nearest_galaxies
distance in light-years

1 Milky Way Galaxy 0 Home galaxy of Earth
2 Canis Major Dwarf Galaxy 25,000 Satellite of Milky Way
3 Virgo Stellar Stream 30,000 [1] Discovered October 2005
4 Sagittarius Dwarf Elliptical Galaxy 81,000 Satellite of Milky Way
5 Large Magellanic Cloud (LMC) 168,000 Satellite of Milky Way
6 Bootes Dwarf Galaxy 197,000 Satellite of Milky Way
7 Small Magellanic Cloud (SMC) 200,000 Satellite of Milky Way
8 Ursa Minor Dwarf Galaxy 240,000 Satellite of Milky Way
9 Sculptor Dwarf Galaxy 254,000 Satellite of Milky Way
10 Draco Dwarf Galaxy 280,000 Satellite of Milky Way
11 Sextans Dwarf Galaxy 320,000 Satellite of Milky Way
12 Ursa Major Dwarf 330,000 Satellite of Milky Way
13 Carina Dwarf Galaxy 360,000 Satellite of Milky Way
14 Fornax Dwarf Galaxy 460,000 Satellite of Milky Way
15 Leo II Dwarf Galaxy 701,000 [2]
16 Leo I Dwarf Galaxy 820,000 [2]
17 Phoenix Dwarf Galaxy 1,300,000 [2]
18 Barnard's Galaxy (NGC 6822) 1,630,000 [2]
19 NGC 185 2,010,000 [3] Satellite of Andromeda
20 Andromeda II 2,130,000 [3] Satellite of Andromeda
21 NGC 147 2,200,000 [3] Satellite of Andromeda
22 Leo A 2,250,000 [2]
23 IC 1613 2,350,000 [2]
24 Andromeda I 2,430,000 [3] Satellite of Andromeda
25 Andromeda III 2,440,000 [3] Satellite of Andromeda
26 Cetus Dwarf 2,460,000 [3]
27 M32 (NGC 221) 2,480,000 [2] Satellite of Andromeda
28 Andromeda VII 2,490,000 [3]
29 Andromeda IX 2,500,000 [3]
30 LGS 3 2,510,000 [3] Satellite of Triangulum

--- end quoting ---

And if we have solved what the geometry of our region of the Cosmos
is, we can thence
extrapolate what the geometry of the entire Cosmos is.

Archimedes Plutonium
www.iw.net/~a_plutonium
whole entire Universe is just one big atom
where dots of the electron-dot-cloud are galaxies