Fri, March 16, 2012
|Dark matter blob confounds experts
Astronomers using the Hubble Space Telescope are mystified by a
merging galaxy cluster known as Abell 520 in which concentrations of
visible matter and dark matter have apparently come unglued.A report on the Hubble observations, published in the Astrophysical Journal, raises more questions than answers about a cosmic pile-up that's occurring 2.4 billion light-years away.
"We were not expecting this," the study team's senior theorist, Arif Babul of the University of Victoria, said in a news release. "According to our current theory, galaxies and dark matter are expected to stay together, even through a collision. But that's not what's happening in Abell 520. Here, the dark matter appears to have pooled to form the dark core, but most of the associated galaxies seem to have moved on."
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A search of The Urantia Book reveals no instances of the words "dark matter' in the text; however, a search for both of these words in a passage has revealed a few intriguing passages. They are given below, in hopes that the more scientific-minded may be able to make some sense out of these newest astronomical observations...
15:8.7 During the times of plus energy
power disturbances and heat fluctuations accompanied by electrical
manifestations. During times of minus energy there are increased
matter to aggregate, condense, and to get out of control in the more
delicately balanced circuits, with resultant tidal or collisional
which quickly restore the balance between circulating energy and more
literally stabilized matter. To forecast and otherwise to understand
behavior of the blazing suns and the dark islands of space is one of the
tasks of the celestial star observers.
The blazing suns can transform matter into various forms of energy, but
the dark worlds and all outer space can slow down electronic and
ultimatonic activity to the point of converting these energies into the
matter of the realms. Certain electronic associations of a close
nature, as well as many of the basic associations of nuclear matter,
are formed in the exceedingly low temperatures of open space, being
later augmented by association with larger accretions of materializing
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