The famous ethnologist and scientist Richard
Dawkins is very likely that the universe is not only queerer than we
suppose, but much rarer than we can go as far that simply presents us with the
enormous grandeur of Cosmos and its almost infinite capacity to surprise us
daily.
In the few months of life that this young blog Astronomy we have been able to
attend many surprises, but I assure you that today is one of the
strangest.
It is the discovery by an international team of astrophysicists from Australia,
Germany, Switzerland and Finland, using the Japanese Subaru
Telescope, have found a galaxy unknown rectangular.
So far, and according to their shape, the galaxies were divided into three
classes: elliptical galaxies, spiral galaxies and irregular galaxies, but the
discovery of this new star formation in the form of "emerald carved"
has perplexed astronomers.
The principal investigator own science team, Alister Graham of
the University of Technology Swinburne in Australia, recognized that it
was the first time I saw something and he added: "It's one of those
things that just make you smile because it should not exist or, rather, we did
not think could exist. "
She has been named scientific LEDA 0784886 and is a dwarf galaxy located just
70 million light years from Earth, located within a larger group which has 250
other galaxies.
The strange how he acquired this way is still a mystery, but as explained
by Professor Duncan Forbes, another Australian astronomer involved in the
discovery, it is possible that the galaxy would have formed from the
collision of two spiral galaxies above. After the shock cosmic, stars from
the early galaxies were scattered in outer orbits giving the emerald-shaped
appearance, while the remaining gas was condensed into new stars forming
inside.
Obviously, and for the moment, this is only hypothesis that will need much more
data and observations to be confirmed. The researchers plan to publish all
the details in an article, which they have titled LEDA 074886, a galaxy
striking rectangular and will be published next May 1 in the Astrophysical. There
will be attentive.
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