The first images of a new Chilean telescope were released this week, specific scenes that are very accurate from deep space. And more expected to follow the debut series at the long time Vera Rubin Observatory, the world’s largest telescope.
It is being done for more than two decades, a huge US funded telescope located at the summit of Central Chile, where dark skies and dry air offers perfect conditions for observing cosmos. The formation of the stars of the stars and the first images captured by distant galaxies.
One of them has been taken over seven hours of composite exposure, caught by the nebula trifid and nebulae lake – yes, both on earth, bright pink bright background against oranges.
NSF-Doe Vera C. Rubin Observatory 
Images These kindergartens in our milky roads reveals unprecedented details, with weak or invisible features that are visible.
Another image provides a wonderful view of the Virgo Cluster of the Galaxy Cluster.
NSF-Doe Vera C. Rubin Observatory 
The team also has released a video of the “cosmic cosmic treasure” begins with a first approach to two galaxies to reveal approximately 10 million more.
“The Rubin Observatory is an investment in our future, as our children will be proud to build knowledge tomorrow,” said Michael Kratsios, Director of Office of the White House of Science and Technology Policy.
Equipped with an advanced 8.4-meter telescope and the largest digital camera ever built, the Rubin Observatory protects a powerful data treatment system.
This year later, his project will begin the flag, the space and time heritage (LSST). In the next decade, the night sky will scan, capturing impressive changes that will be seen in the unspecified accuracy.
Elana Urbach, a scientist in the project said a CBS News Partner BBC News One of the main objectives of the observatory is the “understanding of the history of the universe”. This would assume that the ability to see the galaxies or supernova explosions occurred thousands of years ago by BBC News.
“So we need very sharp images,” Urbach said.
The design of the telescope allows many lights, and also observes Guillem Megias to very far objects, Experts in the Rubin Observatory, BBC News told them. Megaster said, in astronomy, “very far away … means from the earlier times.”
The observatory is called the Vera C. Rubin Astronomer after a leading American astronomer, and their research gave the first conclusive evidence to exist dark matter. It is a mysterious substance that does not emit light, but it highlights the effect of gravity in the galaxies.
The dark energy refers to the mysterious and incredibly powerful force that he driven the rapid expansion of the universe. Together, dark matter and dark energy are made up of 95 percent of cosmos, but their real nature does not know.
Observatory, a unified initiative of the U.S. Department of Science Foundation and the Department of Energy has also been one of the most powerful tools ever built to monitor the asteroids.
In 10 hours in observations, the Rubin Observatory found 2,104 anteroid asteroids in our solar system, including seven objects of the Earth, which does not threaten.
All other observatories based on comparison, earth and space know 20,000 new asteroids a year.
It also implements the most effective observatory to detect interstellar objects that pass through the sun system.
More images of the observatory is expected to be released on Monday.
