Team of astronomers from Australia found the oldest star in the universe formed after the "big" d "when 1.37 thousand million years ago, in no time, and it is the first time that astronomers have been studying chemistry of the stars of the first version of which was released to the nature of the universe during the young have clearer
. The discovery by a team of astronomers from the National University of Australia (The Australian National University) or a n u (ANU), Dr. Stephan Khleloe (Dr.Stefan Keller) from college to study astronomy and astronomy physics of University reveals that they say this discovery as a chemical fingerprint found stellar first era. It looks as though
Stellar phenomena after the blast "big" d "(Big Bang) to 1.37 thousand million years were discovered recently double exposure thonthat sky yamaep Super (SkyMapper telescope) of the University at Xin Ding spring Observatory (Siding Spring Observatory) 5-year duration project
Ancient stars so far away from Earth is just 6,000 years old, light, which in terms of astronomy. Dr. Keller stated that it is a relatively close distance, and is one of over 60 million, is the stellar sky Super yamaep camera Sun discovered during the first year of the project, Professor.Mike bass, cell (Prof Mike Bessell) who participate in research, others said such a stellar search consequence to the needle, but straw eventually sky Super yamaep it has stellar can be searched with a low iron from the stellar colors. (Magellan telescope) in Chile to inspect
From stellar elements antique finds that there are more than the Sun, stellar mass of our Sun, which is 60 times that of the Sun, elements are hydrogen and helium that originate from big bang. Decorating with iron quantity equivalent to the mass of the world 1,But the ancient Sun stellar 0 contains iron in Australia to not exceed carbon again in large quantities in which the different elements between the Sun and the stellar vintage. More and more, and understand that those stellar death?
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Dr.Kelly Specifies whether originally understand that death in the pioneering era of star explode and release iron into space is full. But the newly discovered ancient stellar, revealing signs of the elements that are lighter than, for example, Etc., but found no signs of releasing iron into the space, which is what indicates that the Super Nova blast (supernova) or explosions of stars in the past, the dead are either low-power of surprises
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