The first images of the re -telescope in Chile were released this week, which included extremely detailed scenes from Deep Space. The long -awaited series of the long -awaited Rubin Observatory, which now has the largest telescope in the world, is expected.
For more than two decades, a giant US -funded telescope sits through the top of the Cerro Pachon in Central Chile, where dark sky and dry air provide ideal conditions for watching space. The first -looking images captured the stars’ regions as well as distant galaxies.
One of them is the composition of 678 expositions taken over seven hours, capturing the crushed ubul and the nebula of the lagoon for several thousand light years from the Earth-Earth-shone with bright pink from the orange red background.
Trifidic Nebula and Lagoon Nebula. / Credit: NSF-DOE Vera C. Rubin Observatory
The image reveals these star kindergartens with the unprecedented details of our bird path, and the previously weak or invisible properties are now clearly visible.
Another image gives a great view of the Virgin Galaxies cluster.
The cluster of spiral galaxies is depicted among the larger galaxy cluster. / Credit: NSF-DOE Vera C. Rubin Observatory
The team also released a video called “Cosmic Treasure Chek”, which begins with nearly two galaxies before starting a scaling to reveal about 10 million.
“Rubin Observatory is our future investment, which today will be the cornerstone of knowledge that our children will proudly build tomorrow,” said Michael Kratsios, the director of the Bureau of Science and Technology Policy.
Equipped with an improved 8.4 -meter telescope and the largest digital camera ever built, Rubin Observatory supports a powerful data processing system.
Later this year, it will begin her exemplary project Legacy’s space and time (LSST). Over the next decade, he will scan the night sky at night, capturing even the most subtle changes to the unmatched accuracy.
Elana Urbach, a scientist of the commission in the project, told BBC News, a partner of CBS News, that one of the main goals of the observatory is to “understand the history of the universe.” This would mean the opportunity to see BBC News data on galaxies or supernova explosions that occurred billions of years ago.
“So we really need very sharp images,” Urbach said.
The telescope design allows it to capture a lot of light and, in turn, to observe objects that are very far away, the BBC News told Rubin Observatory’s optics expert Guillem Megias. Megias noted that in astronomy “really far … means they come from earlier times”.
The observatory is named after the innovative American astronomer Vera C. Rubin, whose research provided the first convincing evidence of the existence of the dark substance – a mysterious material that emits not light but has a gravitational influence on galaxies.
Dark energy means equally mysterious and extremely powerful power, which is believed to stimulate the accelerating extension of the universe. Dark materials and dark energy are expected to make up 95 percent of the cosmos, but their true nature remains unknown.
The Observatory, a joint initiative of the US National Science Foundation and the Energy Department, was also welcomed as one of the most powerful measures ever to follow asteroids.
In just 10 hours of observation, the Rubin Observatory has discovered 2,104 previously unnoticed asteroids in our solar system, including seven nearly Earth objects-it does not pose a threat.
By comparison, all other above -ground and space observatory discovers about 20,000 new asteroids a year.
Rubin is also the most effective observatory to determine interstellar objects passing through the solar system.
More images from the Observatory are expected to be released later Monday.
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