Supreme court chief justice and supreme court, Federal courthouse in Washington, D.C., United States

A research team has provided an important clue to the origin of the element Ytterbium in the Milky Way by showing that the element largely originates from supernova explosions. The groundbreaking research also provides new opportunities for studying the evolution of our galaxy.The study was published in the journal 'Astronomy and Astrophysics'.Ytterbium is one of four elements in the periodic table named after the Ytterby mine in the Stockholm archipelago. The element was first discovered in the black mineral gadolinite, which was first identified in the Ytterby mine in 1787.Ytterbium is interesting because it may have two different cosmic origins. Researchers believe that one half comes from heavy stars with short lives, while the other half comes from more regular stars, much like the sun, and that they create Ytterbium in the final stages of their relatively long lives."By studying stars formed at different times in the Milky Way, we have been able to investigate how fast the Ytterbium content increased in the galaxy. What we have succeeded in doing is adding relatively young stars to the study," said Martin Montelius, astronomy researcher at Lund University at the time of the research, and now at the University of Groningen.It has been speculated that Ytterbium was thrown into space by supernova explosions, stellar winds and planetary nebulae. There, it accumulated in large space clouds from which new stars formed.By examining high-quality spectra of about 30 stars in the sun's vicinity, the researchers were able to provide important experimental support for the theory of the cosmic origin of Ytterbium. It seemed that Ytterbium largely originated from supernova explosions."The instrument we used is a super-sensitive spectrometer that can detect infrared light in high resolution. It was used with two telescopes in the southern United States, one in Arizona and one in Texas," said Martin Montelius.Since the Ytterbium analysis was done using infrared light, it will now be possible to study large areas of the Milky Way that lie behind impenetrable dust. Infrared light can get through the dust in the same way that red light from a sunset can get through the Earth's atmosphere."Our study opens up the possibility of mapping extensive parts of the Milky Way that have previously been unexplored. This means that we will be able to compare the evolutionary history in different parts of the galaxy," concluded Rebecca Forsberg, a doctoral student in astronomy at Lund University.( With inputs from ANI )Disclaimer: This post has been auto-published from an agency feed without any modifications to the text and has not been reviewed by an editor

Supreme Court Chief Justice And Supreme CourtFOLLOW

Supreme court chief justice and supreme court, Latest News

The United States on Friday unveiled a slew of relaxations for a wide range of financial and commercial transactions in Afghanistan. ...

New Delhi, Feb 27 Food is the best! No, not just for us, but also for all those ... ...

The United States and its allies on Saturday (local time) announced to remove Russian banks from the SWIFT messaging system in response to Moscow's military operation in Ukraine. ...

The United States and its allies on Saturday (local time) announced to remove Russian banks from the SWIFT messaging system in response to Moscow's invasion of Ukraine. ...

Indo-Russian relations are very different from those between the United States and Russia, and there is no problem with ... ...

The district administration of Jalandhar, Punjab has issued a helpline number 0181-2224417 to gather information about people belonging to the district who are stuck in Ukraine for better coordination for the evacuation efforts with the concerned aut ...

Los Angeles, Feb 25 A day before the re-release of the iconic Hollywood classic, 'The Godfather', in a ... ...

A research team has provided an important clue to the origin of the element Ytterbium in the Milky Way by showing that the element largely originates from supernova explosions. The groundbreaking research also provides new opportunities for studying ...