From: Archimedes Plutonium on

Of course now, I cannot draw ascii art to make it look like curves of
the loxodrome
and the lines of longitude. But let me sketch a intersection of a
loxodrome, the
golden mean logarithmic spiral and a longitude (meridian).

/\
/a\
/ \
L M

Now the L is for the logarithmic spiral or Loxodrome and the M is for
the Meridian
and the "a" is the angle, the constant angle of all the intersections
with Loxodrome
and meridians.

I suspect that angle "a" is roughly 71 degrees.

Now to derive the speed of light out of purely mathematics, I am
saying that "pi"
is Special Relativity in Euclidean geometry, but here in Elliptic
unioned Hyperbolic
geometry where the loxodrome is Hyperbolic and the sphere surface is
Elliptic,
that Special Relativity in this broken symmetry geometry is not "pi"
but is this
loxodrome angle, a constant angle, no matter what frame of reference,
the angle
is always equiangular. Special Relativity is about the fact that the
speed of light is
a constant. Pi is a constant to all observers and all frames of
reference in Euclidean
Geometry. But this is broken symmetry of Euclidean geometry, and is
Elliptic unioned
with Hyperbolic. So "pi" is no longer the constant, but rather, the
angle.

That part of it is fine and dandy. Now comes the harder part. I have
to show that
all those angles involve the Planck length 10^-36 meters and the
Planck time 10^-44
seconds. The fact they are small numbers makes no difference because
the inverses
work just as well. So I have to show that I can attach 10^-36 to one
of the curves, either
the loxodrome or the meridian, and then show that I can attach the
10^-44 to the other curve
the results in that angle "a". So that the angle becomes a
representation of the speed of
light. And by dividing 10^44/10^36, I end up with 3 x 10^8.

And I need to also convince that the units are taken care of, by the
mechanism that any units
other than meters, seconds has to be converted in order to fit through
the Planck strictures
of gravity, Planck constant, and speed of light.

For pi, it was all easy, because all you had to do was measure the
length of circumference
of a given circle and divide by the length of that diameter. But here,
the constant of the angle
demands more of a toll.


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