From: Archimedes Plutonium on
Well, I think I can get it all from page 73 of Seaborg, Loveland's
book The Elements Beyond
Uranium, 1990.

I think I can use just the cube with the 8 lobes inside it, where I do
not even have to transform
the cube into a sphere and then transform the lobes into hyperbolic
geometry making that
of 4 pseudospheres. Although I could partake in that transformation.
And, I see no reason
that the Schrodinger Equation must always be *elliptic geometry
solutions*? Why the solutions
are always trigonometric ellipsoids of lobes or spheres? Why not
solutions as pseudospheres
instead of elliptical?

But anyway, staying with my model of the Earth sphere as 40,000km x
40,000 of these strips
when divided by the pseudosphere inside of Earth sphere of its maximum
circle 5,300 seconds
yields the speed of light as 300,000 km/sec.

Now if one takes a globe of Earth in their home and measures with a
plastic foldable tie string
to a little more than 45 degree, about 48 degrees for 5,300/40,000
x(360) which is the circumference of the largest circle of the
enclosed pseudosphere. This circle is about the area
of the western USA of California to Colorado to Montana in area. So
envision Earth having 8 of
these lobes inside of it whose largest circle on each of those lobes
is 5,300 km circumference
whilst Earth circumference is 40,000 km.

Now I can remain with the Cubic Set and use the Euclidean geometry of
the cube and use the
lobes inside as shown of the Schrodinger Equation solutions on page
73. The strip geometry
of 1 km wide strips is suitable in covering the cube, and perhaps
works even better on the cube since the strips do not overlap as on
the sphere.

So we end up with 40,000 x 40,000/ 5,300 and thus the speed of light.
Now if we vary the
size of the cubes and their lobes inside, that constant of the speed
of light remains. What I
have done is made the speed of light a purely geometrical constant.

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