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Scientists find galaxy that gives birth to 500 times more suns than Milky Way annually

Astronomers have discovered a galaxy hat gives birth annually to 500 times the number of suns as the Milky Way galaxy.

Scientists find galaxy that gives birth to 500 times more suns than Milky Way annually

Washington: Astronomers have discovered a galaxy hat gives birth annually to 500 times the number of suns as the Milky Way galaxy.

The study led by Cornell University found that AzTEC-3 - t galaxy observed to be emerging from the Big Bang's primordial soup, creates about 1,100 suns a year, corresponding to about three suns each day.

Lead author Dominik Riechers, Cornell assistant professor of astronomy said that the team has also found, for the first time, star-forming gas in three additional, extremely distant members of an emerging galactic protocluster, which is associated with AzTEC-3.

The researchers said that the Atacama Large Millimeter/submillimeter Array (ALMA) in Chile data reveal that AzTEC-3 is a very compact, highly disturbed galaxy that is bursting with new stars at close to its theoretically predicted maximum limit and is surrounded by a population of more normal, but also actively star-forming galaxies.

This particular grouping of galaxies represents an important milestone in the evolution of our universe - the formation of a galaxy cluster and the early assemblage of large, mature galaxies.

Riechers said that galaxies with this quick rate of star production have been known to exist in the middle-aged universe, say 3 billion to 6 billion years old, but this production is surprising for galaxies in their cosmic infancy and they expect this out of later galaxies in a more mature universe, but not from one of the earliest.

The astronomers believe that AzTEC-3 and the other nearby galaxies appear to be part of the same system, but are not yet gravitationally bound into a clearly defined cluster. This is why the astronomers refer to them collectively as a protocluster and scientists believe that AzTEC-3 is currently undergoing an extreme, but short-lived event. This is perhaps the most violent phase in its evolution, leading to a star formation activity level that is very rare at its cosmic epoch.