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The place where the stars are born in the clouds of gas and powder, resulting in weight under weight. Molecular clouds, often stretching for hundreds of light years, and scientists are extensive space institutions that only discover a massive walk in our neighborhood.
A cloud, a Greek goddess of EOS, has been discovered around 300 light of our system. One of the largest single structures in the sky, and according to a, can be the nearest molecular cloud. paper This week was released in astronomy of nature. Since it is very close, astronomers observe a unique front row seat and a molecular universe to the star-creating process.
The starry children in our common galactic neighborhood stretch along the surface of the local bubble, a large, warm plasma surrounded by a gas and dust peel. To find the molecular clouds in this bubble, scientists have to trust the observations of dust waste. Recently, scientists for discoveries, according to paper, the most ultraviolet world in the most ultraviolet spectrum of hydrogen found a nearby molecular cloud.
“This is the first molecular cloud discovered by searching for the remote ultraviolet emissions of the molecular hydrogen,” BLAKESLEY Burkhart, Rutgers Professor and Astronomy at Rotgers School of Arts and Sciences and Research, A statement.
Molecular hydrogen, consisting of two hydrogen atoms, is most molecules in the universe. At the same time, it is difficult to discover that it shines in the Ultraviolet wavelength, which is absorbed by the Earth’s atmosphere. “The data showed the sparkle hydrogen molecules, which is found through the remote ultraviolet fluorescent.” Burkhart said. “This cloud is literally shining in the dark.”
In addition to the bright appearance, EOS, sits on the edge of EOS, crescent shapes and local bubbles. There is a clear measiety in the sky with a mass of 40 full moon and the sun around 3.400 times. Using the same technique that previously revealed the cloud that previously appeared, scientists can discover more secret clouds in the Milky Way Galaxy.
“When we look at our telescopes, we hold all the solar systems, but we do not know how to do this,” Burkhart said. “EOS is interesting, because now it is interesting to start how the molecular clouds are caused and the stars of a galaxy and start to dust on the stars and planets.”
