See stunning first images from the Vera C. Rubin Observatory

Robin’s first view of the company explodes expected with galaxies and stars. But the decision, breadth and depth of images has amazed astronomers. “I am very liked these pictures. They are really unbelievable,” says Christopher Confelis, an external external astronomer at Manchester University in England.

One of the shots, which were created from 678 individuals, are exposed to Nebulas Trifid and Lagon – surroundings of gas and shiny dust where the stars are born. Others depict a small part of Robin’s vision of the Virgin Group, a garden of galaxies. Blue degrees come from the relatively close stars, while emitting from the red dyes from prominent and bi -bias significantly.

The rich details in these pictures already prove that they illuminate. “With the combination of galaxies and interaction, galaxies pull the stars away from each other,” says Conselice. This behavior can be seen in columns of the spread of light spread from several galaxies, creating Halo around them or lit bridges between them – the past records of these old galaxies.

Pictures like these are also likely to have many breaks, the final explosive moments of the big stars. Not only is the Supernovas universe seed with all the heavy elements that characterize planets – and life – but they can also hint on how the universe expands over time.

Anais Möller, astronomical physicist at Swinburne University of Technology in Melbourne, Australia, is Supernova. “I am looking for stars exploding in very far galaxies,” she says. The oldest sky surveys have found a lot, but they can lack context: you can see the explosion, but not what Galaxy. Muller says: Thanks to the decision of Robin – which was shown by a group of pictures of the Virgin Group – treatment can now “find where these explosive stars live.”

While taking these pictures of the remote universe, Robin also discovered 2,104 asteroids flowing into our own solar system – including seven orbits close to Earth. This number may seem impressive, but just equal to Robin. Within just a few months, you will find more than a million new asteroids – the current known outcome lasts. Throughout the decimal survey, Robin is expected to determine 89,000 asteroids near the Earth, 3.7 million as an asteroid in the belt between Mars and Jupiter, and 32,000 ice being behind Neptune.