This week the first images from the new telescope in Chile were released, which presents extraordinarily detailed scenes from Deep Space. And more is expected to follow the debut series from the long -awaited Observatory, Vera Rubin, which now houses the largest telescope in the world.
For more than two decades in the creation, a giant telescope funded by the United States is sitting on top of Cerro Pachon in Central Chile, where the dark sky and dry air provide perfect conditions for cosmos. Images of first glance were seized by the star regions as well as distant galaxies.
One of them is a composite of 678 exhibitions, taken only seven hours, grabbing the trifid nebula and foggy lagoons, like several thousand light years from the earth, blowing into bright violence on orange backgrounds.
NSF-DOE VERA C. Rubin Observatory 
The image reveals these stellar kennels in our Milky Way unprecedented detail, with previously weak or invisible features that are now clearly visible.
Another image offers a wide look of the Galaxy cluster.
NSF-DOE VERA C. Rubin Observatory 
The team also released a video called “Space Cross with Treasure”, which begins with large two galaxies before increasing the scale to discover approximately 10 million.
“The Rubin Observatory is an investment in our future, which today will lay the cornerstone of Knowledge, on which our children will be proud to build tomorrow,” said Michael Kratios, Director of the White House Department.
The Rubin Observatory, equipped with an advanced 8.4-meter telescope and the largest digital camera, is supported by a powerful data processing system.
Later this year, he will start his flagship project, “Legacy Agrea of Space and Time”. Over the next decade, it will scan the night sky every day, capturing even the most subtle visible changes with unmatched accuracy.
Elan Urbach, a scientist to put into operation the project, said CBS News Partner BBC NEWS What is one of the main goals of the observatory is “to understand the history of the universe.” This will mean the possibility of seeing galaxies or supernova billions ago, BBC News reports.
“So, we really need very sharp images,” Urbach said.
The design of the telescope allows it to capture a lot of light, and, in turn, to watch the objects that are very far away, the Magias Guili, the Optic expert in the Rubin observatory, BBC News said. Megias noted that astronomy “really far … means they come from earlier times.”
The observatory is named after the pioneer American astronomer Vera K. Rubin, whose study gave the first convincing evidence of the existence of dark matter – a mysterious substance that does not radiate light but has a gravitational effect on the galaxies.
Dark energy refers to the same mysterious and extremely powerful force, which is supposed to drive the acceleration of the universe. It is believed that dark matter and dark energy make up 95 percent of space, but their true nature remains unknown.
The Observatory, the joint initiative of the US National Scientific Fund and the Energy Department, was also recognized as one of the most powerful tools that, if -was built for the tracking asteroids.
In just 10 hours of Rubin Observatory, Rubin found that 2.104 had previously not detected asteroids in our solar system, including seven objects of the nearest land-all threats.
For comparison, all other observatory based on the main and space in combination reveal about 20,000 new asteroids a year.
Rubin will also be the most effective observatory when the interstellar objects pass through the solar system.
It is expected that more images from the observatory are expected on Monday.