Pi-time/frequency/motion
24.35{ X,Y,Z }
31 Pi-space( geodesic/curvature/spin?/angle? )
t/fre/m
24.35{--
55.35--}
31 g/c/s/a
Phi/Fibonacci---
0, 1, 1, 2, 3,
5,
-----------------------
5, 8, 13, 21, 34,
55,
----------------------
55, 89, 144, 233, 377, 6
10
--------------------6
10, 987,1597, 2584, 4181, 67
65,
Pi^4 = 97.40 90 91 03---/
4 =
24.35 22 72 75
24.35 = X-Dimension has inherent time/motion as it is also inherently integral too Y and Z;
24.35 = Y-Dimension has inherent time/motion,
24.35 = Z-Dimension has inherent time/motion
---------
24.35 = Time/motion/frequency/angle and maybe this 4th is as being inherently
integral to gravitationally geodesic(( )) space
31.00
Pi^3 =
31.00 62 76 68---/
3 =
10.33 54
25 56
Ha, this is great i.e. please take note of this latter above. So the icosa(
20) hedron has
31 great/equaltorial planes or great circle or tubular planes in three distinct sets the 20 faces have 10 axis relationships and those who have followed my info, already know, that, those 10 great/equaltorial planes of the
5-fold icosahedron, actually define an
integral set of 5 overlapping cubo-octahedron aka Vector Equilibria( VE )
http://www.rwgrayprojects.com/Lynn/LynnS54.html
24 and
25 are of course key numbers involving specific aspects VE/cubo-octahedra.
Perhaps of interest here also is that we recall, that, the VE/jitterbug is and intertransformable
integral system because it has 90 degree surface squares, whereas the icosahedron is a stable
integral structure, because it is all triangles.
Whew!...where do I go from here?
r6