Uncertainty^3 = Pi^3 = Occupied Concepts

[Rybo]

http://www.arthuryoung.com/bridging.html
Uncertainty = circle

..."uncertainty is a circle"..Arthur Young

..."Our certainty can be described as it is with a lens, as the angle between two distinguishable points; the greater the angle, the greater the uncertainty, hence maximum, i.e. complete, uncertainty is the maximum angle, 360 degrees, or a full circle. This is the phase dimension." A. Young...

Pi^3( 3rd dimension? ) ergo;

Pi^3 = 31.00 62 7 6680299820175476315067101

An icosahedron has 31 left-skew and 31 right skew, Great Circle-like Polygonal Planes( GrCPP's )

560.08 VE left & right contraction

2 * 31 = 62 GrCPP's

So, the Icosahedrons 15 GrCPP( weak force ) in addition to the 6 GrCPP's( strong force ) give us 12 + 30 + 20 nodal vertexial events also equals 62 ergo 62 vectorial radii connected to each of the 62 nodal-vertexial-events.

\/ = reflexive/relativity/viewpoint/minimal consciousness/I-ness

/\.../\ ......Euclidean sine-wave top half has 8 edges
=====....central axis has 8 vectors/edges
...\/...\/....Euclidean sine-wave bottom side 8 edges

Not shown is that the VE/cubo-octhaedron aka OS-Jitterbug, infolds too a quasi-2F tetrahedron ---quasi-ergo unstable--- and then di-polarly expands apart to form the central axis to become a double set sine-wave phases topolgy EM-Radiation in Euclidan form ergo exactly the same as the typical of EMRadiation sine-waves set in curved form.

The total edges of the VE/OS-Jitterbug is 24.

7 comes into play in regards to all of the above, insofar as, there exists a cosmic, primay axis set of 3 + 4 = 7 Axis sets = 56 Primary GrCPP's

1042.05 7 axis of symmetry

Blue( structurally stable ) = quasi-physical gravitational spacetime web of minimal consciousness
..{ see oscillating dimple effect that has potential to become a polarized torus Fig. 618.01 Dimpling Effect }...

Red( quasi-stable structural systems ) = physical ergo postive and negative polarization charges

Green( quasi-stable structural systems ) = biological and access to maximal consciousness and metaphysical intellect/mind

Purple( system ) = cosmically divine systemic potentials.

Rybo

[Rybo]

Complex humans have 31 sets of bilateral spinal nerves.

Irrespective of whether Pi^3 is associated with gravitational spacetime, either as left or right skew set of 31 GrCPP's, then let us continue to explore "uncertainty to third power" as having any possible patterns of rationality.

31.00 627668 0 29982 0 175476315 0 671 0 1
There are 6 zero's in first thirty irrational integer places.

So that is 6 case's of "uncertainty" in first 30 integer places of "uncertainty to 3rd power"...ha ha...

30 places are evenly divisible by into five sets of 6.
..{ icosahedron has 30 edges ergo potential of 15 golden/phi rectangles inscribed }...

31.00 6 27 66 8029982017547 6 3150 6 7101
There are 5 sixes.
..{ are sixes representative of uniformity, regularity, 2-2-2, 3-3 ? }....
..{ after double zeros double set of sixes are first to occur }....

31.0062 7 66802998201 7 54 7 631506 7 101
There are 4 seven's.
..{ are 7's representative of termination or cosmic divinity ?}...

31.006276680299820 1 754763 1 5067 1 0 1
There are 4 one's.

31.00 62766 8 02 99 8 2017 5 47631 5 067101
There are 2 nines, 2 eights, 2 fives and 2 two's.

31.006276680299820175 4 76315067101
There is 1 four.

31.00 627 66 802 99 820175476315067101
There is double set symmetry of zero's, sixes's and nine's.

There are no triple set symmetrys in first 30 integer places.

31.006276680299 8 2 0 1 7 5476315067101
Zero falls on the 15th integer place.

[Rybo]

I've review and revised some of my findings regarding Pi^3.

http://www.arthuryoung.com/bridging.html
Arthur Young used circle--- 360 degrees of freedom ---to represent the maximum set of uncertainty.

In the following I've reviewed and found some new ways of perceiving Pi^3 and a reminder from previous times, that I believe that 31-- on the whole rational side of the decimal point ---is related to the icosahedrons 31 Great Circle-like Polygonal Planes.

31.00 62 7 66 8029982017547 6 3150 6 7101

The sixty two may represent 31 radii and 31 radii ergo 62 axi of the wholistic and primary, 31 Great Circle-like, Polygonal Planes of the Icosahedron( phi )

Two radii at 180 degrees to each other define one axis of any polyhedral.

31.0062 76 6802998201 7 54 7 631506 7 101

Ok, so now we have gone to the irrational side of Pi^3 four integer places. So, we may say that, those four places define four corner/vertexes of tetrahedral set of relationships--- a minimal whole in of itself as tetrahedron ---ergo, some may say there would be no need to try and comprehend any possible rational sense beyond those first four integer places.

31.0062 7 66802998201 7 54 7 631506 7 101

With number seven, we have gone to the 5th( phi ) integer place.

Previosly( in times past ) and with good reason/rationale, I felt the number seven is a termination place and based on the previous idea I mention above, of having a whole 3D, tetrahedral relationship set, at via four places---ergo also 4 points of tetrahedron ---to have seven, artificially terminate our search here makes sense, to whatever degree.

Also in times past, I've pointed out how Fuller has made clear, that, there exists a cosmic( absolute ) 7 sets of primary axi in Universe i.e. 4-fold VE's 3, 4, 6 and 12 which include the primary, symmetrical/regular 3-fold tetrahedron( 6 ), and the primary, regular/symmetrical 4-fold Octahedron( 3 )

So, the VE's four sets plus the 5-fold icosahedrons 3 sets of primary axi: 6, 10 and 15 plus VE's four sets totals 7 axis sets and give us 56--- 7 * 8 = 56 ---primary/absolute Great Circle-like Polygonal Planes of Universe.

Half of 56 = 28 and 28 is one of the magic numbers of isotope( elements ) stability.

That aside, we can add a 2nd set of 31 GrCPP's to that 56 because the VE will collaspe left or right ergo there are 31 left skew GrCPP's and 31 right-skew GrCPP's and this gives us a total of 87 primary GrCPP's, however, 14 of these Planes are congruent with each other ergo 87 - 14 = 73 primary GrCPP's.

Also take note, that, a tetrahedron has 12 surface angles and 12 is maximum wholness set of sorts e.x. the VE and Icosahedron are both based on 12 close-packed sphericals/polyhedrals.

This next process I'm about to throw in approaches being the conventionall classic type of numerology that adds together a string of digits in a number, to mean something and I find that to be pure nonsense, so I hope those we less intellectual appitude can make effort to distingush the differrence.

So, if we take #7 at that 5thplace and add them together we get the #12 ergo a wholeness number of sorts. Again, that may be more evidence to terminate further explorations of Pi^3 to find rational meaning, altho there may very well exist more rational stuff to find, as we go further into the irrational side of Pi^3.

...{ Note: Arthur Young points out there is cosmic, 7 limit surface coloring map of the torus }...

31.0062 76 6802998201 7 54 7 631506 7 101

So setting aside, termination ideas from above, we now enter into sixth integer place. So, for those who were not satisfied with four place association with 3D minimal wholeness, we now may have representation of tetrahedrons 6 lines of relationship between its four vertexial corner nodes.

Seventy six is 3 GrPP's beyond the above mentioned 73 and it is eleven less than the above mentioned 87.

Another number to compare 76 too, is 72--- close-packing of spheres as cube ---and 72 / 12 = 6 and were in the 6th place. But I forgot were dealing with 76 here not 72. 76 is four more than 72 and who knows what, if any rational meaning from that.

31.00627 6 6802998201 7 54 7 631506 7 101

Ok, I'm not going to go into the 7th interger place, at least not yet.

Rybo--Rybonomix fueled Rybot

PS the other reminder is that humans have 31 bilateral--- ergo right and left ---spinal nerves.

31.006276680299820 1 754763 1 5067 1 0 1
..{ there are four ones( 1 ) }....

31.006276680299820175 4 76315067101
..{ there is one four( 4 ) }....

31.00 62766 8 0299 8 20175476315067101

31.0062766802 99 820175476315067101

31.00627668029982017 5 47631 5 067101

31.006 2 76680 2 998 2 0175476315067101

It is neccessary to go at least 19 integer places to get at least one of the first nine numbers included in pi^3 and #4 is in that 19th place seen as follows;

31.00 62 76 68 02 99 82 01 75 4..........76315067101

30 places are evenly divisible by five sets of 6.
..{ icosahedron's 30 edges ergo potential of 15 golden/phi rectangles inscribed }...

[Rybo]

"I dont believe in coincidence's" is the line I've heard Tony Hillerman use for one of his lead chief detective's Joe Leaphorn, and at least one other writer who uses same for his lead detective.

And so goes this Pi^3 case I've been going on about for a year or more now, is as follows;

#1) Pi is a ratio related to only one circle planes circumference-to-diameter( axis/axi ) and when we take it two a third powering we are invoking a seemingly, XYZ 3D polyhedral relationship or phenomena as volume.

#2) as such, the 3D icosahedron has a maximum, primary set of 31 polygonal planes,

#3) as such, these 31 GrCPP's would have 62 radii--- 31 bilateral spinal nerves --- to correspond directly as the halves of the 31 GrCPP axi,

#4) the double set of zeros act further and seperate or isolate out and away from the 31, on the more rational side of this trans(?)-infinite fractionated number,

#5) the #7 as a terminating numerical factor, is so closely aligned with the icosahedron and VE's cosmic and primary, 7 axis sets,

#6) these first 5 integer places are intimatley related to the icosahedrons volume of 5--- or very nearly 5 ---in synergetics, as well its penta(5)-gons and phi.

Of course, the first 5 integer places on irrational side could be interpreted other ways, and still be related to the icosahedron but this particular interpretation stand-out above any others too me.

That said, and with #7's seemingly terminal aspect, certainly make it diffcult for me to try to make sense or show associations with the 6th integer place and those that follow.

31.00 62 7 66 80 29 98 20 1 7 54 7 63 15 06 7 10 1

31.00 62 7 66 80 29 98 20 17 54 76 31 50 67 10 1

31.00 62 7 668 029 982 017 547 631 506 710 1

31.00 62 7 6680 2998 2017 5476 3150 6710 1
-------------------------
http://www.arthuryoung.com/bridging.html
Arthur Youngs used circle to represent maximum set of uncertainty.

In the following I've reviewed and found some new ways of perceiving Pi^3.

31.00 62 7 66 8029982017547 6 3150 6 7101

The sixty two may represent 31 radii and 31 radii ergo 62 axi of the wholistic and primary, 31 Great Circle-like, Polygonal Planes of the Icosahedron( phi )

Two radii at 180 degrees to each other define one axis.

31.0062 76 6802998201 7 54 7 631506 7 101

Ok, so now we have gone the irrational side of Pi^3 four integer places. So, we may say that those four places define four corner/vertexes of tetrahedral set of relationships--- a minimal whole in of itself as four ---ergo, there would be no need to try and comprehend any possible rational sense beyond those first four interger places.

31.0062 7 66802998201 7 54 7 631506 7 101

With number seven, we have gone to the 5th( phi ) integer place.

Previosuly( in times past ) and with good reason/rationale, I felt the number seven is a termination place and based on the previous idea I mention above, of having a whole 3D, tetrahedral relationship set a four places, to have seven artificially terminate I search here makes sense, to whatever degree.

Also in times past, I've pointed out how Fuller has made clear, that, there exists a cosmic( absolute ) 7 sets of primary axi in Universe i.e. 4-fold VE's 3, 4, 6 and 12 which include the primary, symmetrical/regular 3-fold tetrahedron( 6 ), and the primary, regular/symmetrical 4-fold Octahedron( 3 )

So, the VE's four sets plus the 5-fold icosahedrons 3 sets of primary axi: 6, 10 and 15 plus VE's four sets give us 56--- 7 * 8 = 56 ---primary/absolute Great Circle-like Polygonal Planes of Universe.

Half of 56 = 28 and 28 is one of the magic numbers of isotobe( elements ) stability.

That aside, we can add a 2nd set of 31 GrCPP's to that 56 because the VE will collaspe left or right ergo there are 31 left skew GrCPP's and 31 right-skew GrCPP's and this gives us a total of 87 primary GrCPP's, however, 14 of these Planes are congruent with each other ergo 87 - 14 = 73 primary GrCPP's.

Also take note, that, a tetrahedron has 12 surface angles and 12 is maximun wholness set of sorts ex the VE and Icosahedron are both based on 12 sphericals/polyhedrals.

This next process I'm about to throw in approaches being the conventionall classic type of numerlogy that adds together a string of digits in a number, to mean something and I find that to be pure nonsense, so I hope those we less intellectual appitude can make effort to distingush the differrence.

So, if we take #7 at that 5th place and add them together we get that 12-wholeness number. Again, that may be more evidence to terminate further explorations of Pi^3 to find rational meaning, altho it may very well exist.

...{ Arthur Young points out there is cosmic, 7 limit surface coloring map of the torus }...

31.0062 76 6802998201 7 54 7 631506 7 101

So set asiding termination ideas above, we now enter into sixth integer place. So, for those who were not satisfied with four place association with 3D minimal wholeness, we now may have representation of tetrahedrons 6 lines of relationship between its four vertexial corner nodes.

Seventy six is 3 GrPP's beyond the above mentioned 73 and it is eleven less than the above mentioned 87.

Another number to compare 76 too is 72--- close-packing of spheres as cube ---and 72 / 12 = 6 and were in the 6th place.

31.00627 66 802998201 7 54 7 631506 7 101

Ok, I'm not going to go there, at least not yet.

Rybo--Rybonomix fueled Rybot

31.006276680299820 1 754763 1 5067 1 0 1
..{ there are four ones( 1 ) }....

31.006276680299820175 4 76315067101
..{ there is one four( 4 ) }....

31.00 62766 8 0299 8 20175476315067101

31.0062766802 99 820175476315067101

31.00627668029982017 5 47631 5 067101

31.006 2 76680 2 998 2 0175476315067101

It is neccessary to go at least 19 integer places to get at least one of the first nine numbers included in pi^3 and #4 is in that 19th place.

31.00 62 76 68 02 99 82 01 75 4 76315067101

30 places are evenly divisible by five sets of 6.
..{ icosahedron's 30 edges ergo potential of 15 golden/phi rectangles inscribed }...