From: Archimedes Plutonium on
It is a matter of recognizing the disparity or the skewness of the
open logarithmic spiral
and the associated circle.

Now this problem maybe easier than I first thought. By doing it with
equicircumference.
Equal circumference of a circle is the associated logarithmic spiral
of the same distance
on the logarithmic spiral.

So I define the associated circle with logarithmic spiral as
equidistance of circumference.

Then for the skewness or disparity, I measure how much of a distance
gap between the
associated circle and logarithmic spiral.

Then I look for the skew or disparity when it equals exactly that of 3
x 10^10 cm/sec,
keeping in mind that the circle is in cm and the log-spiral in
seconds.

So, the final question is , at what associated winding of the
logarithmic spiral or
the associated circle where the disparity gives 3 x 10^10 cm/sec

Now I have not done this yet, only in my mind. It maybe that the
circles are time
in seconds and the logarithmic spiral is the centimeter measure.

It maybe that the speed of light comes out far smaller than 10^500,
for it may
occur at 10^40 or 10^80 or 10^160. I am hoping it comes out at 10^500.
But
more than likely it will come out at a number I have not listed.

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