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				Re: Paradise Trinity Day
				Posted: Mon Mar 19, 2018 10:44 pm
				by Amigoo
				
 Re: Pentagonal QQ design
(study of Quadraturial Quiescence)
GTSFI indeed  

 ...
and displaying Pi/2 precision   
 
with sqrt(2) super vision.    
      
Rod   

 
			 
			
					
				Re: Paradise Trinity Day
				Posted: Tue Mar 20, 2018 7:23 am
				by Amigoo
				
 Re: Pentagonal QQ design (aka "The Tale of Q")
Updated here:  
http://aitnaru.org/images/Sqrt_Pi_Ratios.pdf
With geometry that prefers to speak for itself (and has been redundant 
in these Cartesian Neighborhoods for months), these Q tails translate as
Note to Self: Quit exploring the "impossible", lest the tail wag the dog 
... seven times.   
 
Rod  ...  

  ...
 
			 
			
					
				Re: Paradise Trinity Day
				Posted: Thu Mar 22, 2018 12:22 pm
				by Amigoo
				
 Re: Pentagonal QQ design, aka "Double PQ"   
 
How intriguing that the side of an isosceles right triangle
can slide upward and define the midpoint-to-midpoint line
of the sides of an isosceles trapezoid that defines both
the circle and its square. Pythagorean Quadrature 
 
How to do this?  

  Geometry 101 (advanced class)
Rod   

 
			 
			
					
				Re: Paradise Trinity Day
				Posted: Sun Mar 25, 2018 11:33 am
				by Amigoo
				
 Re: Fraternally design 
(fraternal forever: fraternal + eternally)  
Geometry showing how an isosceles right triangle defines an isosceles trapezoid
(via diagonal, sides midpoint-to midpoint) that defines a circle and its square.    
 
 
   Which geometric objects are "fraternal forever"? 
The two right triangles (red, green) that square the circle.   
 
Caution:  This geometry is not as easy as it looks.    
   
Rod   ...  

  ...
 
			 
			
					
				Re: Paradise Trinity Day
				Posted: Sun Mar 25, 2018 11:22 pm
				by Amigoo
				
 Re: Fraternally design
(fraternal forever: fraternal + eternally) 
In "impossible" squared circle geometry, the "cross" wants to be all over
these Cartesian Neighborhoods, but this light blue "cross" was intended
to highlight perpendicular lines of equal length, with the horizontal line
then shortened to not step on a side of the dark blue parallelogram.
"Who can tell?"   

   Maybe it's allusion to the season.   
 
Rod   

 
			 
			
					
				Re: Paradise Trinity Day
				Posted: Mon Mar 26, 2018 4:37 pm
				by Amigoo
				
 Re: Fraternally design
(fraternal forever: fraternal + eternally) 
The design online: 
http://aitnaru.org/thekingdom.html
"... geometry that segues from isosceles right triangle to isosceles trapezoid 
to scalene triangles and two Pythagorean right triangles (that square the circle)." 
"The kingdom is within" and "outside the box".   
 
Rod   

 
			 
			
					
				Re: Paradise Trinity Day
				Posted: Wed Mar 28, 2018 7:07 am
				by Amigoo
				
 Re: WaxWane Crescent design
In the Never Neverland of squared circle geometry,
a moon can appear as both waxing and waning   
 
... depending on your universe perspective.
Rod   

 
			 
			
					
				Re: Paradise Trinity Day
				Posted: Thu Mar 29, 2018 11:33 am
				by Amigoo
				
 Re: Ménage à Trois design (GTSFI)
Geometric domestic arrangement in a Cartesian Neighborhood
in which three circles squared have intimate relationship  
   
... oft with satiating scalenity.   
 
Rod   

 
			 
			
					
				Re: Paradise Trinity Day
				Posted: Fri Mar 30, 2018 12:12 pm
				by Amigoo
				
 Re: Ménage à Trois design  ("final, final")
Even for a Creator Son,
resurrection in just 3 days seems miraculous if not impossible.   
 
Rod  ...  

  ...
 
			 
			
					
				Re: Paradise Trinity Day
				Posted: Fri Mar 30, 2018 6:06 pm
				by Amigoo
				
 Re: Khristos Voskrese!  design*
Squared circle geometry as seasonal art ...
with one of many representative greetings; 
shared at sunrise in that corner of 606:  
 
* 
http://aitnaru.org/images/Khristos_Voskrese.pdf
Rod   

 
			 
			
					
				Re: Paradise Trinity Day
				Posted: Sun Apr 01, 2018 2:11 am
				by Amigoo
				
 Re:  Khristos Voskrese! design  (more Easter art ... and culture)
Squared circle geometry as seasonal art, with one of many representative greetings
(shared at sunrise in that corner of 606, first country to celebrate Easter 2018).   
Complementary music from this culture:
https://www.youtube.com/watch?v=j0umTTSY0i0
https://www.youtube.com/watch?v=x-zR_HAeJj0
https://www.youtube.com/watch?v=NVGIs1A5ljk
https://www.youtube.com/watch?v=Cd9djtjF7LU
https://www.youtube.com/watch?v=-88FKXJEzeI
https://www.youtube.com/watch?v=D0OuZvGbeHk
https://www.youtube.com/watch?v=KU1FvJ7Et4g
https://www.youtube.com/watch?v=pIy0L-qwxcg

 Re:  KV Indeed! design  "GTSFI ... Indeed!"
Highlights foundational sqrt(Pi) ratios.   
 
Rod  ...  

  ...
 
			 
			
					
				Re: Paradise Trinity Day
				Posted: Sun Apr 01, 2018 1:37 pm
				by Amigoo
				
 Re: Quadrature Entangled design
"Quantum state in a Cartesian Neighborhood"
 

   "Say what?!" GTSFI  ...
"outside the box", in a corner of 606.   
 
Rod   

 
			 
			
					
				Re: Paradise Trinity Day
				Posted: Mon Apr 02, 2018 2:11 am
				by Amigoo
				
 Re: Quadrature Entangled design 
Re: 
https://en.wikipedia.org/wiki/Quantum_entanglement
"physical phenomenon which occurs when pairs or groups of particles are generated 
or interact in ways such that the quantum state of each particle cannot be described
independently of the state of the other(s)"     
 
 
   With this Cartesian Neighborhood's long-persistent mantra, 
"circle cannot be squared, but squared circles exist!", a "quantum state" (geometrically speaking) 
may explain how this can be true: dark blue lines have equal length and each connect two points 
in two scalene triangles that each square their respective circle ... circles whose diameters
have sqrt(2) length relationship.   
 
 
   "Say what?!" Nada más! This is GTSFI  
 
Rod   

 
			 
			
					
				Re: Paradise Trinity Day
				Posted: Mon Apr 02, 2018 1:07 pm
				by Amigoo
				
 Re: Quadrature Entangled design 
Some mortals look at this geometry and wonder "Why ?!",
but some in the seventh heaven wonder "!? ton yhW".    
 
Rod   

 
			 
			
					
				Re: Paradise Trinity Day
				Posted: Thu Apr 05, 2018 1:44 pm
				by Message
				My mom was seventh daughter of seventh daughter of seventh daughter. My grandma Anne born 1885? - sorry you mentchen 7?
			 
			
					
				Re: Paradise Trinity Day
				Posted: Fri Apr 06, 2018 1:15 am
				by Amigoo
				Re: 
https://www.encyclopedia.com/science/en ... eventh-son 
"It has long been believed in Europe and the United States that a seventh son is especially lucky or gifted with occult powers, and that the seventh son of a seventh son has healing powers. In Scotland, the seventh daughter of a seventh daughter was said to have the gift of second sight (prophetic vision)."
If the seventh d/d/daughter marries the seventh s/s/son they might have 343 mentchkins with both healing powers and prophetic vision  
 
But that number of daily Pampers is beyond comprehension!   
 
Rod   

 
			 
			
					
				Re: Paradise Trinity Day
				Posted: Fri Apr 06, 2018 6:46 am
				by Amigoo
				
 Re: Cartesian Qubit design
(aka "Cartesian Quadrature Cube")
 

   How many Qubits in a circle having a diameter of 2?  
One ... where length of cube's sides = sqrt(2)/2.   
  
Rod   

 
			 
			
					
				Re: Paradise Trinity Day
				Posted: Fri Apr 06, 2018 5:33 pm
				by Amigoo
				
 Re: Cartesian Qubit design
(aka "Cartesian Quadrature Cube")
 

   After years of "thinking outside the box" (of squared circle geometry), Cartesian Qubit is now communicating 
that I'm well-centered in the greater box - no other geometry (besides the circle-squaring trinity of right triangle, 
scalene triangle, and trapezoid) defines a squared circle ... apparently. Got a squared circle 

  Go Qube it 
    
... to be certain.   
 
Rod  ...  

  ...
 
			 
			
					
				Re: Paradise Trinity Day
				Posted: Sat Apr 07, 2018 11:11 pm
				by Amigoo
				
 Re: Qubit_ER Tunnel design
(exploration of Cartesian Qubit)
 

   Who knew?! The E-R Bridge is a tunnel 
 
... and constructed of Qubes!   
 
Rod   

 
			 
			
					
				Re: Paradise Trinity Day
				Posted: Sun Apr 08, 2018 10:37 pm
				by Amigoo
				
 Re: Qubit_ER Tunnel design*
The E-R Bridge is a tunnel, constructed of Qubes!  
  
* See in:  
http://aitnaru.org/images/Khristos_Voskrese.pdf
Notice how the unique right triangle (
red) and unique scalene triangle (smaller, 
green),
each independently provides sufficient information to construct this composition  

... but in enclosed cranial spaces no one can hear u point.    
 
Rod ...  

  ...
 
			 
			
					
				Re: Paradise Trinity Day
				Posted: Mon Apr 09, 2018 3:01 am
				by Sandy
				I'm really enjoying this latest design, Rod!
xxSandy
			 
			
					
				Re: Paradise Trinity Day
				Posted: Mon Apr 09, 2018 11:11 am
				by Amigoo
				
 Re: Qubit_ER Tunnel design 
Although this complex geometry shows the geometric correlation of the circle-squaring right and scalene triangles, 
the viewer needs no understanding of geometry to "comprehend"this correlation ... as pattern. This may reveal 
how our brains are "wired" to process patterns (Midwayer prompting involves similar processing of patterns).   
 
Rod   

 
			 
			
					
				Re: Paradise Trinity Day
				Posted: Mon Apr 09, 2018 6:39 pm
				by Amigoo
				
 Re: Qubit_ER Tunnel design 
Geometers' secret: The dark blue lines were just added to identify an isosceles right triangle 
(part of the scalene) whose hypotenuse and left side each represent a side of that circle's square
... with the two circles having diameters with sqrt(2) length relationship.   
 
Rod  ...  

  ...
 
			 
			
					
				Re: Paradise Trinity Day
				Posted: Sun Apr 15, 2018 2:44 pm
				by Amigoo
				
 Re: Qubit_ER Tunnel design 
"New & improved!"  (similar, but completely redrawn!)
 

   This would make a great T-Shirt with its caption:
"In enclosed cranial spaces, no one can hear u point."
Translation:  Closed minds cannot hear your point.   
 
Rod  ...  

  ...
 
			 
			
					
				Re: Paradise Trinity Day
				Posted: Mon Apr 16, 2018 4:59 am
				by Amigoo
				
 Re: Qubit_ER Tunnel design 
no one can hear u point
 
   Apparently, this geometry is shouting about
sqrt(2) and circle-squaring right triangles  
 
Rod   
