The first sky appearance from revolutionary telescope

A strong new telescope in Chile, to look at the dark depths of the universe, showing an unprecedented ability to look at the unprecedented ability.

In some way, a large-color gas and dust clouds range from 9,000 light years in the region, which forms a star.

Vera C Rubin Rubin Redadator, the world’s most powerful digital camera, promises to change the concept of the universe.

If there is a ninth planet in our solar system, scientists say this will find this telescope in the first year of this telescope.

Measurement Asteroids should discover the surprising distance of the earth and should be on the map. The dark matter will also answer important questions about the mysterious substance that constitutes most of our universe.

Once a generation moment for astronomy is the beginning of a 10-year shooting of the southern night sky.

“I personally have been working to this point for about 25 years. For decades, we have been wanting to build this phenomenal object and ask for this type of request,” said Professor Catherine Heysmans, Astronomer Royal.

The UK is a key partner of the survey and will hold information centers to process extremely detailed images as the heavens holding everything in the telescope’s way.

Vera Rubin can increase the number of known items in our solar system.

BBC News visited the Vera Rubin Observatory before the release of the images.

Several observers in the special area dedicated to space surveys are sitting in Cerro Pachón in a mountain in Chile Andes.

It is very high, very dry and very dark. It’s the perfect place to watch the stars.

It is sacrinact to protect the dark. The upper and lower ride of the windy road on the bus should not be used in full beams.

The inside of the observatory is nothing.

There is an engineering unit to turn off other empty lights that are dark, dark or darkening in the night sky.

Star light is “enough” to manage Urbach, an announcement of a scientist.

One of the great goals of the observatory, it adds to “understanding the history of the universe” to see the weak galaxies or Supernova explosions.

“So we really need very sharp images,” he said.

Each detail of the observatory design demonstrates similar accuracy.

This achieves this through three mirror designs. The light enters the telescope from the night sky, hits the initial mirror (8.4m diameter), before entering the camera (4.8m) again reflects the second mirror (4.8m).

The mirrors must be kept in perfect condition. Even a set of a dust can also change the quality of image.

The high opposite and speed of this, the telescope says “really important,” says Guillem Megias, the active optics expert in the Observatory, says “really far away,” says “really far away.”

The camera inside the telescope will be repeatedly in three days, every three days, space and time inherited the night sky.

The 1.65MX provides 2,800 kg of 3m and a wide range area.

Every 40 seconds in 40 seconds, every 40 seconds, every 40 seconds, every 40 seconds, through the rapid placement of the moving dome and the telescope mountain in about 8-12 hours.

This can require 400 Ultra HD TV screens to capture a golf ball by adopting a golf ball and display a golf ball and display 400 Ultra HD TV screens, by adopting so high resolution.

“When we take the first photo here, it was a special moment,” Mr. Megias said.

“When I started working for the first time with this project, I got acquainted with someone who has been working on it since 1996. I was born in 1997. It allows you to understand.

Hundreds of scientists in the world will analyze about 10 million peaks in one night.

The survey will work in four areas: changes in the heavens or transient objects, the formation of a milk path, mapping the solar system and how dark matter or the universe are built.

But its greatest power is located in its durability. He will examine the same areas again and again and will detect a change every time and warn scientists.

“This transient side is really a new unique thing … It has the potential to show something we didn’t think before,” he explains Profember.

However, this can help protect us, including asteroids, including asteroids such as Asteroids, including YR4, including Asteroids such as YR4.

The very large mirrors of the camera will help scientists discover the weakness of the light and distortions spread from these facilities and watch quickly from space.

“This transformation. This will be the biggest set of information we have to look at our galaxy. This is what we have been doing for many years,” he said, “he said, Professor Alis Devason at Durham University.

It will take pictures to analyze how long the stars are milky.

At the moment, the most of the stars returned about 163,000 light years, but Vera Rubin can return to 1.2 million light.

Prof. Deeason is also difficult to view and find the cemetery of the stars of the stars destroyed in the Milky Way Star Halo, or the remaining small satellite galaxies.

Tantalizating, Vera Rubin, about the presence of nine of the planet of our solar system, it is thought to be strong enough to solve a long-lasting cannabis.

O object can be 700 times away from the distance between the shortcomings of other land telescopes and the distance between the sun.

“You will take us a long time to really understand how this new beautiful observatory works. But I am very ready for it,” he says Professor Heysmans.

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