Lattice-structure in compressed CMB data found

[Keith*]

Proposal: The Universe we live in was initiated as a pinpoint location of the brief meeting/collision of two or more distinct objects--one being of a Planck-oriented space-time region, similar as our own (illustrated in the photo below) , and one of an unknown particle composition (perhaps dark matter-composed) structure(s).

 

We see in the pictures below an impression of what is clearly a debris remnant of a lattice field, most likely of space-time dynamical origin, an immensely expanded, yet preserved impression in the first light of the CMB. This space-time shard is encircled by a larger ring (see pic#4 of 4). If Planck length can be used to determine the size of these objects at a time before their collision (If Planck is a constant outside of our Universe) then some measurement estimates could be extrapolated).

 

By compressing the WMAP 7 year photo (process explained below), one can clearly make out the impression of what is nothing short of a cosmological "smoking gun" of the earliest evidence of universe dynamics revealed.

 

The CMB holds a great deal of data, some that can be easily coaxed by the amateur enthusiast-- PIC#1 (Photo courtesy NASA/JPL/WMAP):

 

By turning this photo onto its right-hand side, I then resized (compressed) its original image width, leaving the basic detail information undisturbed, and giving it a "landscape" appearance, by which to accentuate the larger details of the landscape, these details still recognizable from the original. A certain perception of structure not easily seen in the original, becomes more pronounced in this simple process--PIC#2

 

 

Lastly, to remove the color (temperature variations) to leave a black and white image-- PIC#3

 

 

 

The last photo I have added lines to denote some of the perceived lattice structure, and ring area seemingly bordering this structure remnant --Note too, the higher temperature "lines" running between the uniform "holes" in the structure-- (I assume higher temp, because they are red in the original photo)-- PIC#4

 

 

 

Conclusion: There should be other ways in which to interpret this data, but this seems conclusive of some structure composing the entirety of the CMB data, and therefore hints at its significance in it's initial moments. It would be impressive such a structured data-set could expand intact, throughout the tumultuous history of the early universe. The energy released would have to be very great on this piece of space-time lattice for its image to remain for us to examine.

 

--K.H.

[Arnaud Antoine ANDRIEU]

This is Really Good News to me

 

The temperature it can/may create Gravity ?

[michel123456]

The original picture is this one: (credit NASA)

 

 

Which is an Aitoff projection (from here)

 

Copyright © 2008 C.A.Furuti - All rights reserved - www.progonos.com/furuti

Edited November 16, 2012 by michel123456

[Keith*]

This is Really Good News to me

 

The temperature it can/may create Gravity ?

 

It would imply that space and gravity are related, but I believe modern Physics already has that established.

The temperature differences between the reds and the blues in the original photo are very minor. I did not

include temperature variances in my thoughts. I don't know.

 

The original picture is this one...

Spacetime has three dimensions of space and one dimension of time.

If it is an energized spacetime fabric remnant, then it would be expanding as expected?

Edited November 16, 2012 by Keith*