The world’s largest telescope reveals the first pictures of remote galaxies with amazing details: “Cosmic Treasure Fund”

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The first photos were released from a new telescope in Chile this week, which includes unusually detailed scenes from Deep Space. It is expected to follow more of the first -awaited Vera Robin Observatory, which now includes the largest telescope in the world.

More than two decades, the United States giant telescope sits at the Cerro Pachon summit in the center of Chile, where the dark sky and dry air provide ideal conditions for monitoring the universe. The first photos were taken by the areas that make up stars as well as remote galaxies.

One of them is a compound of 678 exposure to only seven hours, as it acquired the triple nebot and the lake lake-both several thousand light years of land-glow in bright pink on the background of orange.

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Three nebula and the lake nebula.

NSF-DOE Vera C. Rubin Observatory


The image reveals this stellar custody on our way to the Milky Way in unprecedented details, with faded or invalid features now clearly.

Another image provides a comprehensive vision of the Virgin Group of Galaxies.

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Snack galaxies are photographed in the Virgin Group between a larger group of galaxies.

NSF-DOE Vera C. Rubin Observatory


The team also released a video called “Cosmic Treasure Fund”, which begins with two galaxies before zooming to unveil about 10 million.

“The Robin Observatory is an investment in our future, which will put the cornerstone in the knowledge of the day that our children will be proudly built tomorrow,” said Michael Kratsseos, Director of the White House of Science and Technology.

Provided with an advanced 8.4 -meter telescope and the largest digital camera ever, the Rubin Observatory is supported by a strong data processing system.

Later this year, its main project, which is the old survey of space and time (LSST). Over the course of the next decade, it will wipe the night sky, and take even the most accurate visual changes that are unparalleled.

Elana Urbach, a project assignment, told CBS News Partner BBC News One of the main objectives of the observatory is “understanding the history of the universe.” This means the ability to see galaxies or Supernova explosions that occurred billions of years ago, according to BBC News.

“So, we really need very sharp pictures,” said Urbach.

Gilim Megays, an optical expert at the Robin Observatory, said to design very far -long organisms, that the design of the telescope allows him to capture a lot of light, thus monitoring things very far. Megays noted that in astronomy, “really far away … it means that it comes from the previous times.”

The observatory was named after the leading American astronomer Vera C. Rubin, whose research provided the first conclusive evidence of the presence of dark matter – a mysterious material from which light does not emit but exert the effect of gravity on galaxies.

Dark energy refers to mysterious and powerful force on an equal footing that is believed to lead the accelerated expansion of the universe. The dark matter and dark energy are believed to make up 95 percent of the universe, however its true nature remains unknown.

The Observatory, a joint initiative for the American National Science Foundation and the Energy Department, was also welcomed as one of the most powerful tools that have ever created to track asteroids.

In just 10 hours of notes, the Robin 2,104 Observatory discovered asteroids that were not previously discovered in our solar system, including seven things that are semi-land-and all of them pose any threat.

For comparison, all wild and satellite betrayals combined detect about 20,000 new asteroids per year.

Rubin is also assigned to be the most effective observatory in discovering things between stars that pass through the solar system.



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