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Are coherent waves stereographic/warped projections onto a unit circle of an i,j plane?

 
 
Reply Sun 26 Apr, 2020 09:12 am
Fringes in the double slit were complex numbers starting at -1 and landing on a final panel at 0. The final panel is at half a mathematical sphere.

3D number example: 2.65 + 3.58i + 9.79j

Coherent waves are complex numbers being projected/mapped from a mathematical sphere to a circle.

Quaternion spheres are for spacetime. Coherent waves don't have access to spacetime so they are one step down. Quaternion example: 3.23 + 8.46i + 2.64j +3.38k. That extra number is the difference between coherence and decoherence.

Could every wave collapsed atom be a quaternion sphere? Could black holes be generating enlarging quaternion spacetime spheres and atoms have to be inside it to wave collapse into mini quaternion spheres?

https://www.youtube.com/watch?v=d4EgbgTm0Bg
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Type: Question • Score: 0 • Views: 233 • Replies: 25
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pittsburghjoe
 
  1  
Reply Sun 26 Apr, 2020 09:54 am
@pittsburghjoe,
Golden ratio * X²⁺ⁿ / Pi = Spacetime scaling (the unit circle on the i,j plane)(0.1%)
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pittsburghjoe
 
  1  
Reply Sun 26 Apr, 2020 11:17 am
@pittsburghjoe,
Without that extra number, the whole equation becomes imaginary/coherent no real/scalar.
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pittsburghjoe
 
  1  
Reply Sun 26 Apr, 2020 11:46 am
@pittsburghjoe,
Spacetime/Decoherence = Real #(Scalar) + i + j + k
Coherence = i + j + k
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pittsburghjoe
 
  1  
Reply Sun 26 Apr, 2020 12:05 pm
@pittsburghjoe,
Decoherence or Wave Collapse = Real Number or Scalar + i + j + k,
Coherent Vector or Plane Waves = i + j + k, Does this bridge QM with GR? Adding a Real Number (from Spacetime access) to a plane wave causes decoherence?
0 Replies
 
pittsburghjoe
 
  1  
Reply Sun 26 Apr, 2020 01:06 pm
@pittsburghjoe,
In the double slit experiment, a pure mathematical sphere, filled with every possible path the coherent vector wave could have, exits both slits. The two spheres interfere at the intersections of the possible paths?
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pittsburghjoe
 
  1  
Reply Sun 26 Apr, 2020 01:39 pm
@pittsburghjoe,
Coherent/Plane waves are a wave of all possible paths.
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pittsburghjoe
 
  1  
Reply Sun 26 Apr, 2020 05:49 pm
@pittsburghjoe,
Maybe there isn't two separate spheres. Perhaps a single sphere has the whole experiment inside it.
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pittsburghjoe
 
  1  
Reply Sun 26 Apr, 2020 08:28 pm
@pittsburghjoe,
Can spacetime be represented/described by quaternion spheres?

If nothing is real, do quaternion spheres (aka spacetime) project what we consider physical?

If coherent waves are virtually/mathematically every possible path, is a double slit causing interference with possible paths?
0 Replies
 
pittsburghjoe
 
  1  
Reply Sun 26 Apr, 2020 10:11 pm
@pittsburghjoe,
i + j + k is describing a mathematical sphere that coherent vector waves are aimed at the center unit circle on the i,j plane. We now have math for the unobservable side of QM.
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pittsburghjoe
 
  1  
Reply Sun 26 Apr, 2020 11:03 pm
@pittsburghjoe,
I think I just figured out how unobserved waves can know if they will have a decoherence event in their path.
Every coherent wave has a math sphere using three points i,j,k. The sphere is what receives a real number variable to swap the particle before it starts to move.
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pittsburghjoe
 
  1  
Reply Mon 27 Apr, 2020 06:34 am
@pittsburghjoe,
Does an unobserved wave know it will have a decoherence event in its path by the mathematical sphere of all sensible paths? The sphere is receiving a real number variable to decohere the wave to a wave packet before it starts to move.

This clarifies pilot wave theory.

A second separate decoherence event in the path of a particle starts a new mathematical sphere. This is why a which way eraser has fringes.
0 Replies
 
pittsburghjoe
 
  1  
Reply Mon 27 Apr, 2020 10:17 am
@pittsburghjoe,
Coherent vector waves are a projection onto the inside of a half sphere.
0 Replies
 
pittsburghjoe
 
  1  
Reply Mon 27 Apr, 2020 10:34 am
@pittsburghjoe,
Our entire reality is a mathematical projection one way or another. Physical objects are made of atoms projected onto quaternion spheres.
0 Replies
 
pittsburghjoe
 
  1  
Reply Mon 27 Apr, 2020 10:55 am
@pittsburghjoe,
Is the difference between QM and GR the type of sphere used by the object? An object going from coherent to decoherent would be a 3D sphere to a quaternion sphere. A 3D sphere becomes a quaternion sphere with the addition of a real number variable.
0 Replies
 
pittsburghjoe
 
  1  
Reply Mon 27 Apr, 2020 11:09 am
@pittsburghjoe,
That real number variable is from the fabric of spacetime.
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pittsburghjoe
 
  1  
Reply Mon 27 Apr, 2020 11:37 am
@pittsburghjoe,
Can quantum weirdness events occur because coherent waves don't have a real number variable? Can coherent waves tunnel because its sphere of all sensible paths extends past the barrier?
0 Replies
 
pittsburghjoe
 
  1  
Reply Mon 27 Apr, 2020 11:54 am
@pittsburghjoe,
Do two entangled waves use the same 3D sphere?
0 Replies
 
pittsburghjoe
 
  1  
Reply Mon 27 Apr, 2020 04:56 pm
@pittsburghjoe,
Sorry everyone, replace "sphere" with "cone" when talking about coherent vector waves. The cone converts to a sphere with decoherence.
0 Replies
 
pittsburghjoe
 
  1  
Reply Mon 27 Apr, 2020 05:34 pm
@pittsburghjoe,
Can a cone of all sensible paths of coherent waves, decohere into a quaternion sphere with the addition of a real number variable from the fabric of spacetime?

The flat part of the mathematical cone becomes the unit circle of the i,j plane in the middle of the sphere, which is parallel to the point of origin. The unit circle is the max width and height of the sphere. The point of the cone is the point of origin.
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