This Hubble Space Telescope composite image shows a ghostly "ring" of
dark matter in the galaxy cluster Cl 0024+17 see:
http://bigbang-entanglement.blogspot.com/
Why is this dark matter spheroid, shaped like a rugby ball (prolate)
and not like a grape fruit (oblate)?
Is there a connection with single elliptical Galaxies, which are also
mostly prolate?
The reason seems to be that most Galaxy anchor black holes (GABHs:
dark matter) turn out to accelerate and cooperate (pair) after being
splintered from the evaporating big bang black hole.
They seem to be paired in BH tandems of the same mammoth size, but in
contrast with mainstream physics, pushed away from each other by
electron jets, originated by the peculiar Higgs vacuum deformation and
the star forming region in the middle of this dumbbell system!
After the merging and grouping of lots of simple galaxies, Galaxy
clusters emerge.
As a result the number of elliptical Galaxy increases by concentration
of the Galaxy anchor black holes located outside these merging
Galaxies.
The ring of Galaxy Anchor Black Holes (dark matter) as we see it now
in this prolate shaped image, is populated by variable sized tandems
of GABHs.
The largest sized lack hole tandems are supposed to be pushed the most
out of the system and as a result be located at both summits of the
prolate rugby ball.
The oblateness of the Sun is supposed to be the result of a dual
system of Stellar Anchor Black Holes (Leo Vuyk)
Astronomical support for the electron jets between two mammoth black
holes, ( see image) is found in the existence of so called WHIM
filaments which are the origin of the radial rise of soft X-ray
excess, found inside the brightness profile of galaxy clusters. See:
SOFT X-RAY EXCESS OF CLUSTERS: A TERMAL FILAMENT MODEL ETC. By:
Richard Lieu and Massimiliano Bonamente, March 17 2009.
http://arxiv.org/PS_cache/arxiv/pdf/0903/0903.3066v1.pdf
see also figure 1. Leo Vuyk.