So the following is exactly what the title suggests... I took way too much acid, thought that I had discovered some previously unthought-of quality of geometry, and I feverishly took notes and made inanely simple calculations until the sun came up. I just now rediscovered the notes that I made on my laptop... Enjoy....
Area of Sphere/
Circumferance of circle = 2r
Xpi Xpi
Area of Sphere x pi/
circumferance of circle = circumferance of circle
area of sphere x pi = circumferance of circle squared
(4(pi2)(r2))= (2pi(r))^2
Area of sphere/
circumferance of circle= circumferance of circle x area of circle
spin the circle to get a sphere
spin the sphere by the same manner to get the universe
imagine a sphere as a circle projected in every possible direction from origin,
now imagine universe as a sphere projected in every possible direction from origin
****the radius can extend only one in each direction, a radius of 1 in the x direction means 0 in the y and the z. As you angle the radius toward the z or the y, the x diminishes. Therefore a 4-d sphere (with added dimension t) must abide by the same rules. A one in the t direction means a 0 in every other direction.
when adding a y axis to an x, there are two possible x values for every y and vice versa (excluding0,1) When adding a z to the xy graph, there is an infinite spectrum of x or y values for every z, bounded within a circle. For example, z=..707, x and y may both equal .5, or x may equal .707 and y zero,
that character appealed to me because he attempted to produce the literal meanings of a variety of phrases, and in doing so munchenized them so that meant something completely different
I’m attempting to produce the literal meaning of the universe (mathematically), and in doing so munchenizing the universe so that it means something completely different
in rising from circumferance, to area, to surface area of sphere, to volume of sphere, there is a consistent pattern at play that could be extended into further dimensions
I feel like the pattern is staring me in the face and laughing at me
circumferance of circle/
area of circle= 2/r
out worth 2, in worth r
As pi fades away the real patterns reveal themselves
2pi(r)/
pi(r^2) = 2/r
if radius is one then circumferance is exactly twice the area 2/1
if radius is two then circumferance is exactly same as area 2/2 1/1
if radius is 3 then circumferance is exactly 2/3 area
if radius is 4 then circumferance is exactly 2/4 OR 1/2 of area
if radius is 5 then circumferance is exactly 2/5 the area
if radius is 6 then circumferance is exactly 2/6 OR 1/3 the area
if radius is 7 then circumferance is exactly 2/7 the area
if radius is 8 then circumferance is exactly 2/8 OR 1/4 the area
if radius is 9 then circumferance is exactly 2/9 the area
if radius is 10 the circumferance is exactly 2/10 OR 1/5 the area
if radius is 11 the circumferance is exactly 2/11 the area
12 1/6
13 2/13
14 1/7
according to this,the proportion between the circumferance and the area varies from circle to circle, based on radius
but one would obviously presume that a circle is a rigid constant, and arbitrary variables like radius should not influence the proportion between area and circumferance
a circle is a circle is a circle
but every circle is described in terms of arbitrary values
4pi(r^2)
pi (r^2)
4pi(r^3)
——
3
C=2A/r
SS=4A
VS=
Yeah... So keep this in mind before trying drugs, kids.