Pi is the circumference of a circle being 3.141592 times longer than than the diameter of the same circle.
I believe this 3 can be associated with the edge values of a triangle and if we divided Pi evenly by three we get a value-- 1.04 71 97 55 11 96 59 77 46 15 42 14 46 10 93 2 --- that, we can then assign to an equalateral triangle with 3 equal value edge lengths, ergo, a Pi based triangle perhaps?
1.0
4 71 97
55 11 96 59 77 46
15 42 14 46 10 93 2
..4 great circle planes define the Operating System of Universe, the cubo{6}-octa{8}hedron aka Vector Equilibirum..
..the first prime #7 appears at 4th overall position and 2nd #7 at 7th overall position...
..
55--- 11 * 5 ---is the 10th Fibonnacci number if we do not count the non-counting number zero{ 0 }..
..there is potential for
15 golden mean rectangles in 5{phi}-fold icosa{20}hedron..
..there 10 great circle planes associated with 5-fold icosa{20}hedron, that define 5 overlapping sets of 4-fold cubo(6}-octa{8}hedra..
..
47 is the first prime number after 45 degrees of trigonometric functioning.....
Pi = 3.
14 15 92 65 35 89 79 32 38 46 26 43 38 32 79 5
..the cubo{6}-octa{8}hedron{ asymmetrical } has
14 surface planes-- 8 triangles{ 4+4 } and 6 squares{ 3+3 } --...
..prime #7 appears in overall 14th position....
Pi^2 = 9.86 96 0440 10 89 35 86 18 83 44 90 99 98
762
..see 762 at end and similar in Pi^31 below...
..0440 is binomial involving non-counting zero see Pi^12 below....
Pi^3 =
31.
00 62 76 68 02 99 82 01 75
47 6
3 15 06 71 01
..3rd powering^ is method for finding a 3Dimensional value...
..prime #7 appears at 7th overall position.....
..
31 primary, great circle planes of icosa{20}hedron....
..
66 is lines-of-relationship between 12 vertexes of icosa{20}hedron and/or the cubo-octahedron...
..the double zeros{
00 } help to isolate 31 away from irrational side
...20, 10 and 31 all icosahedral associational numbers...
...
31 stays prime for its first 6-- hexagonal symmetry in 2D --
-iterations of itself....
..30 chords of 5-fold icosahedron evenly divisible by 6....
..I associate
31 great planes with 3D,
gravitaional space...
Pi^
4 /
4 =
24.35 22 72 75 85 00 60 93 09 11
00 83 17 21 76
..again prime #7 appears in overall 7th position...
...see Pi^
31 below for simliar .
24 22 7.....
..
24 chords define the cubo-octahedron and I associate with 'time'...
Pi^
5 /
5 =
61.20 39 36 95 70 56 29 06 52 54 82 62 00 86 87
...61 codons leads to 20 amino-acids.....
..00 62 appears again and there is an initial set of 56--- 25 + 31 ---primary great planes....
..25 great planes of the 4-fold cubo-octahedron{ asymmetrical }...
...Lisa Randall believes gravity associated with 5th dimensional branes...
Pi^6 / 6 = 160.23 15 32 26 25 50
73 95 05 03 65
73 94 20 7
..there is cosmic set of 73 non-redundant, primary great circles, appears twice....
..prime #7 occurs at 1
6th and 2
6th overall positions...
..92 is evenly divisible 23( above ) and 92 occurs early on--- within first overall 7 positions ---of Pi....
Pi^
7 /
7 =
431.
47 04 61 11 09 70 29 53 59 17 23 56
15 31 5
....31 occurs at 31st position above....
..ther exist initial non-chiral/skew set of 56-- 8*7 -- primary great circles...
Pi^8 / 8 = 1186.0
6 63 77 00 88 21 75 08 91 07 19 37 98 8
Pi^9 / 9 = 33
12.12 21 48 16 06 90 18 51 67 71 13 77 91 5
Pi^10 / 10 = 9364.80 47 47 60 83 02 09 73 71
66 90 18 49 19
Pi^
11 /
11 = 26745.81 98 15 80 82 36 10 05 17 78 56 37 01
Pi^12 / 12 = 77022.43 17 93 61 45
1551 85 48 26 41 96 54
...1551 is binomial, see Pi^ 2 above....
Pi^
13 /
13 = 223359.79 00 47 17 56 46 53 75 84 32 30 37 52
Pi^
14 /
14 = 651583.6
5 58 39 59
66 55 01 45 98 22 21 97 34
......Wolframs GUTOE is based on 14 dimensions...double 55's and 66 lines-of-relationship..
...14 occurs at 14th position on irrational side only positions....
Pi^15 / 15 = 1910543.06 46 25 86 65 63 55 85 88 13 14 44
...no #7 but we do have a 55, 62 and or 25..icosahedron has 15 golden rectangles/great circles....
Pi^16 / 16 = 5627013.
80 26 83 32 99 72 94 56 73 01 42 44 8
Pi^
17 /
17 = 1663791
5.50 50 90 17 95 97 30 76
8008 14 04
Pi^18 / 18 = 49365689.05 95 14 63 22 59 45 79 77 55 36 32
...
14 appears in overall
14th position...
Pi^
19 /
19 = 6146924418.39 98 86 60 86 99 46 83 07 37 47 9
Pi^20 / 20 = 438497839.80 41 34 97 37 37 61 27 79 68 51 9
Pi^21 / 21 = 1311982468.70 82 51 86 04 87 03 46 99
55 75
Pi^ 22 / 22 = 3934363826.90 82 42 79 64 77 78 90 02 12 29
Pi^
23 /
23 = 11822769864.93 98 23 04 61 29 57 94 87 96 8
Pi^
24 /
24 = 35594729996.41 20
00 92 44 53 75 02 41 41 3
...
4, 12, 20 and double
00's lead to 2nd occurrence of 92...
..in if we discount non-counting zeros in Pi^24 then 92 is in 16th position and that is position of it divisor 23 in Pi^23 just above...
..#7 appears in 24th overall position....
Pi^25 / 25 = 107351176572.71 05 81 96 03 97 12 49 75 82
Pi^26 / 26 = 324282372764.46 95 02 56 32 03 82 00 82 95
...no #7 on irrational side...total 8 #2's.....
Pi^27 / 27 = 981031152559.39 37 12 11 51 86 71 95 95 42
Pi^28 / 28 = 2971928823901.05 75 80 73 70 61 63 34 438
Pi^
29 /
29 = 9014638389119.34 03 78 03 00 83 90 39 87
Pi^30 / 30 = 27376311013424.98 60 52 88 34 52 84 78 02
Pi^
31 /
31 = 83230855705321.24 22 71 09 79 78 78 23 77
..there are 7 #7's in Pi^
31 /
31....see Pi^
4 /
4 above for similar .35 22 7...
r6