PROOF OF AN EXTRA SPATIAL DIMENSION
I studied the SDSS BOSS dataset and created a galaxy density map of the current universe.
The details of how to create a galaxy density map of the current universe are not relevant to the discovery. I just created a trivial d(z) and mapped all the 1.3 million objects in the dataset.
Then I created a cross-section of the globe, integrate of one of the angles (e.g. Declination) and just plotted all the other points densities irrespective to their Right Ascension.
This creates profiles that are consistent with the Galaxies being seeded by 36 Density Oscillations. In my theory those are mapped to Neutronium Acoustic Oscillations, but that is irrelevant.
The discovery that I want to be independently verified is that:
I simplified the request. Just confirm the existence of spherical galaxy density distribution and that the distribution clusters itself into 36 or thereabouts (number is not relevant, just need to be larger than one) profiles.
Basically the request requires you to reproduce the plot and to realize that the mapping d(z) to current hypersphere or epoch is such that in a normalized Radius, distance is equal to alpha.
Also, no matter what mapping one uses, the spherical and clustering natures will not change and will also not depend upon the topology. Say, let d(z) be L-CDM corresponding function. That only changes distance and thus keeps the spherical nature of the distribution. L-CMD d(z) (if they had one) will also not change the clustering pattern since it is only changing distance d. This means that qualitatively spherical nature and clustering are not model dependent.
DATA ANALYSIS
The data, python scripts, and a video to help setting up the Anaconda Environment is provided here:
https://hypergeometricaluniverse.quora.com/Universe-Trove
The creation of the map entails:
The work is published here:
http://www.worldscientificnews.com/wp-content/uploads/2017/07/WSN-82-2017-1-96-1.pdf
Map of the Universe here:
https://www.youtube.com/watch?v=ytuEctnD334