Scientists first discovered galaxies in the Milky Way thermonuclear system (video)

Scientists first discovered galaxies thermonuclear technology daily Tokyo on 6 September, in the Milky Way, (reporter Chen Chao) research team composed of Tohoku University Japan, University of Tokyo, University of Tsukuba and the National Astronomical Observatory recently discovered for the first time, just the birth of the planet of the Milky Way other galaxies are surrounded by thermonuclear. Through a detailed analysis of the nuclear data, it was found that the gas and chemical components of the Milky Way Department of the same objects surrounded by objects is very different. The results show that the chemical properties of the material around the new planet are strongly influenced by the personality of the galaxy, which is an important step in the study of the physical and chemical properties of planets and planets. In the universe there are said to have unique chemical properties of celestial thermonuclear. Usually, the extremely low birth planet molecular cloud most temperature (minus 260 degrees Celsius), carbon, nitrogen and oxygen molecules in icicle state. But with the birth of stars, the surrounding material began to heat up and thawing, as a gas release, the formation of molecular gas temperature of the cloud, surrounded by warm cocoon like molecular clouds just born stars called thermonuclear. The carbon monoxide molecules, thermonuclear pure water and organic molecules is essential to life a variety of molecular gases, is an important object of study in the field of chemistry of celestial bodies. The discovery of the celestial body is the human see thermonuclear furthest, the Large Magellanic Cloud, which is adjacent to the Milky Way Department Department of young galaxy, about 160 thousand light-years from earth. The proportion of the elements in the galaxy and the Milky way is less than that in the past. Therefore, the Large Magellanic Cloud inside the body is also considered to find a breakthrough in the universe chemical diversity better. The research team published in the Astrophysical Journal "" the papers said they were compared to the Large Magellanic Cloud within the molecular detection of the same spectrum of celestial line features and the Milky Way results confirmed that the Large Magellanic Cloud of thermonuclear molecular gas composition and the Milky Way nuclear heat are significantly different, especially in the Large Magellanic cloud of methanol, formaldehyde, thermonuclear very few molecules such as thiocyanate. The research team analyzed that may be one reason for this difference is caused by the reaction, forming an evolutionary stage before the thermonuclear ice is different. Previously, scientists know the direction of the Milky Way in Orion Orion KL region is the celestial thermonuclear young planet. Because of inadequate performance and suitable for telescope observation of the lack of prior observations only in the Milky Way thermonuclear observation objects. How did galaxies in the universe come into being?相关的主题文章: