11:11 Angels Message Board

Re: Just Plane Quadrature design

Advanced math is the language of professors,
but geometry is the language of the people.

More "geometry that speaks for itself"
(if not, have your people talk to my people)

Rod ... ... (lookin' for my people)

Re: Just Plane Quadrature design

Advanced math is the language of professors,
but geometry is the language of the people.

Just when you think you've reached "final, final"
... the people have another idea.

Rod ... ... (cruisin' the village)

Re: Plane Points of Quadrature design

Just when you think you've reached "final, final"
... the people have another idea.

... and another idea!

Rod

Re: Plane Points of Quadrature design

Just when you think you've reached "final, final"
... the people have another idea.

Now, Wild 'n Crazy Quadrature
aka "Vaping the Einstein-Rosen Bridge"

Proffered euphemism: "Vaping the Bridge"
- thinking "far out" or "impossible" thoughts.

Rod

Re: Plane Points of Quadrature design

Just when you think you've reached "final, final"
... the people have another idea.

"The people" insist that '7' is significant to "Vaping the Bridge" ...
7 what levels? spirits? points? (touch seven to draw this '7')

Rod ... ...

Re: Plane Points of Quadrature design
(updated in: http://aitnaru.org/images/Khristos_Voskrese.pdf )

7 what levels? spirits? points?

Geometers' secret ...
The design's '7' identifies two circle-squaring right triangles,
one CSC circle having twice the diameter of the other ...
and displaying the '2' influence of sqrt(2).

Rod

Re: BeSides PPoQ design

Some of the people inform that Plane Points of Quadrature
defines a box, out of which one can perceive universe reality
... wherein the meaning of '7' is planely revealed,
... oft to many, long vaporous.

Rod

Re: Quadraturial Mitosis design

Who knew Squared circles participate in Cartesian mitosis!

"Say what?!" You can't get there from here ...
but "impossible" squared circles can!

Rod

Re: Quadraturial Mitosis design

Squared circles participate in Cartesian mitosis!

"Lines and triangles and squares, Oh, Pi!"
... especially when cubes begat cubes.

Rod

Re: Quadraturial Mitosis design ("final, final")

"Cartesian Cubism in circles squared" with subtle Flutterby confirmation
that "sacred" geometry is outside the box that is within the box.

If "geometry is the language of the people",
then the people rest their case.

Rod ... ...

Re: Quadraturial Mitosis design ("final^3")

Same ol' "impossible" geometry - new perspective!
(proof that squared circles have geometric "building blocks"
of specific angles, objects, line length relationships)

Rod

Re: Quadraturial Might design (aka "Pi Fork'd")

Quadraturial Mitosis overlayed with the "Pi Fork" object
that defines Cartesian circles all nested and squared.

Rod

Re: Quadraturial Might design

Geometers' secret:

Paired lines of the right triangle forming the "Pi Fork"
have either sqrt(Pi) or 2/sqrt(Pi) length relationship.

sqrt(Pi) = 1.7724538509055160272981674833411..
2/sqrt(Pi) = 1.1283791670955125738961589031215..

Rod ... ...

Re: Lattice Pi design

2(sqrt(Pi)) / ( 2/sqrt(Pi)) = Pi
3.5449077018110320545963349666823..
/ 1.1283791670955125738961589031215..
= 3.1415926535897932384626433832795..

Rod ... (Pi/2 is all I wanted to know:
1/2 today and 1/2 tomorrow ... à la mode)

Re: Lattice Pi design
(aka "a wedgie of Pi")

... with precision slicing:

2(sqrt(Pi)) / (2/sqrt(Pi)) = Pi
3.5449077018110320545963349666823..
/ 1.1283791670955125738961589031215..
= 3.1415926535897932384626433832795..

4.0 / Pi = (2/sqrt(Pi))^2
4.0 / 3.1415926535897932384626433832795..
= 1.2732395447351626861510701069801..

2/sqrt(Pi) = sqrt(Pi)/(Pi/2) = 2(sqrt(1/Pi))
= sqrt(1.27323954473516268615107010698.. )
= 1.1283791670955125738961589031215..

Rod ... ...

Re: Lattice Pi design
Obviously, quadrature "outside the box"

4.0 / 3.1415926535897932384626433832795..
= 1.2732395447351626861510701069801..

sqrt(1.27323954473516268615107010698.. )
= 1.1283791670955125738961589031215..
= 2/sqrt(Pi) = sqrt(Pi)/(Pi/2) = 2(sqrt(1/Pi))

Rod

Re: Quadcentric design

Quadraturial concentricity.

Rod

Re: Quadcentric design

When squared circle geometry shouts the number '7'
... or '77' ... or "seventy times and seven".

Maybe '7' has universe-level significance.

Rod

Re: Quadcentric design

When squared circle geometry shouts the number '7'
... or '77' ... or "seventy times and seven".

This geometry is now so esoteric that it may take centuries
to decode the meaning/significance of this universe "Hello!".

Rod ... ...

Re: Two 7s of 2 design

The circle-squaring '7' (right triangle) in each of 2 circles having diameters
that are sqrt(2)^2 apart, form the larger '7', suggesting: 1 + 1 = 1.

Rod

Re: Two 7s of 2 design

"More esoteric squared circle geometry
... or just connecting the sqrt(2) dots!"

Rod ... ...
(still cruisin' point to point)

Re: Two 7s of 2 design

"More esoteric squared circle geometry
... or just connecting the sqrt(2) dots?"

Quadrature maintaining conjecture that
sqrt(2) is transcendental or Pi is not!

Rod

Re: Two 7s of 2 design

sqrt(2) is transcendental or Pi is not!

This geometry proffers a "If, Then, or Whatever" Conditional Statement
since the three circles' sqrt(2) nesting suggests that whatever right triangle
squares the largest circle, the third smaller (and similar) right triangle
squares the smallest circle sqrt(2)^2 = 2

ITOW (pronounced as in "ditto")

Rod

Re: Two 7s of 2 design

More about the 52:53 time prompt years ago
(a clock's x:52 immediately followed by x:53):

Prompt sequence clue to squared circle geometry,
but so esoteric that only today is it "quadraturial"
and confirms the marriage of sqrt(Pi) and sqrt(2)
in all circles precisely squared.

From time prompts* occuring earlier in this research
soon associated with 2, sqrt(Pi), and/or sqrt(2):

x:52 2 x (5th,6th decimal digit of sqrt(Pi)/2)
x:52 = 0.8862 26 9254 (52 = 26 x 2)

x:53 5th,6th decimal digit of (sqrt(2)/2)/2
x:53 = 0.3535 53 3905

* complete table posted earlier to this topic

Rod ... ...

Re: Two 7s of 2 design

More about the 52,53 time prompt years ago
(a clock's x:52 immediately followed by x:53)

Table of time digits sensed as Midwayer prompts*
and the prompts' unique association in quadrature:

x:53 - 1.7724 53 8509.. square root of Pi
x:26 - 0.8862 26 9254.. square root of Pi /2
x:13 - 0.4431 13 4627.. (square root of Pi /2) /2

x:13 - 1.4142 13 5623.. square root of 2
x:06 - 0.7071 06 7811.. square root of 2 /2
x:53 - 0.3535 53 3905.. (square root of 2 /2) /2

No prompt was perceived as a direct clue to the geometry
other than these ubiquitous square roots in quadrature;
x:52,x:53 just confirms sqrt(Pi), sqrt(2) linkage.

Rod