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Astronomers of the American National Research Agency space discovered a star recognized as the brightest in history human observations of the universe.
Massive gas ball is in three billion eight hundred millions of light years from Earth. The light from the flash of this superstar in five hundred seventy billion times more intense than from our sun, and twenty times brighter than from all the luminaries of the Milky Way together taken.
In addition to the incredible brightness that experts are not yet in able to explain, the newfound star also boasts very unusual spectrum, very different from the structure radiation of any supernova known to science. According to the Americans, this creates additional difficulties in finding possible “ancestors” stars and explaining how the luminary managed to eclipse its the radiation of two dozen galaxies like the Milky Way.
A photo from open sources
NASA representatives cannot say with certainty which the universal mechanism was able to create a similar clot energy. According to one of the theories put forward, in the center of the explosion, forming a supernova, there was a magnetar, which is a neutron star with an exceptionally powerful magnetic field. Theorists predicted the existence of magnetars back in 1992, and later six years the first evidence of their existence was obtained at observing an intense flash of x-ray and gamma radiation in constellation eagle. According to scientists, magnetars have the strongest magnetic radiation in the universe.
There is another theory that says that a superbright star is an explosion of a very large and super-ancient star whose bowels were almost devoid of helium and hydrogen.
According to NASA astronauts, this is very significant for the global astronomy discovery. Scientists have already made sure that they are allowed use the famous Hubble Automated Observatory to observations of a superbright star.
NASA’s Milky Way Universe
