First yelestial image from the revolutionary telescope

A powerful new telescope in Chile releases its first images, showing before becoming capable of looking at black depths in the universe.

In a photograph, a lot of color gas and clouds of dust flowing into a region forming the star 9,000 years from the ground.

Vera C rubin observatory, home to the most powerful digital camera in the world, promises to change our understanding of the universe.

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

It should find the killers asteroids to strike the ground distance and map the milky way. It also follows important questions about the dark matter, the mysterious substance that covers most of our universe.

This moment of today’s astrano’s time for astronomy is the start of a continuous 10 years filming the southern sky.

“I personally work at this point for about 25 years. For decades we want to build this odd facility and do this type of survey Heymans, astronomers royal for Scotland.

The UK is a key conjunction with the survey and hosts data centers to process more detailed snapshots as the telescope flows all the way.

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

Visit the BBC News at Vera Rubin Observatory before the release of images.

It sits at Cerro Pachón, a mountain in Chilean and hosts many observators in private land dedicated to space research.

Very high, so dry, and very dark. This is a perfect location to look at the stars.

Keeping in the dark is the case. The bus ride up to the air road at night should be done cautiously, because the headlights in full beam should not be used.

The content of the observatory is not different.

There is an entire engineering unit dedicated to making sure the Dome of the Telescope, who opened the night, dark plots of astronomical skies that they could get from the sky at night.

Starlight “is enough” to navigate, scientist explained scientist Elana Urbach.

One of the great goals of the observatory, he added, is to “understand the history of the universe” which means seeing weak supernova galaxies or services.

“So, we really need sharp images,” Elana said.

Each details of observatory design reflect similar accuracy.

It has achieved it through unique designs in three mirrors. Light will enter the telescope from the night sky, hit the main mirror (8.4m diameter), shown in the second mirror (3.4m) before entering its camera.

Mirrors should be kept in bad condition. Even a small dust can change image quality.

Its high consciousness and speed allowing the telescope with a lot of light that the Megias promise, the observance of things from “far-observing things from” far, that in the well, they mean that from the first time “.

The camera inside the telescope will always get the night sky for ten years, every three days, for a hereditary survey in space.

At 1.65mx 3m, weighted 2,800kg and gives a wide field of view.

It will get an image nearly every 40 seconds, in about 8-12 hours a night thanks for the powerful movement of Movie and Telescope Farm.

It has 3,200 megapixels (67 times more than an iPhone 16 Pro Camera), which makes it high-resolution to get it a golf ball and takes 400 ultra HD TV screen to show an image.

“If we got the first picture here, it was a special moment,” said Mr Megias.

“When I first started working on this project, I met someone working on it since 1996. I was born in 1997. You know it’s an effort to a generation of astronomers.”

Go to hundreds of scientists around the world to analyze the river of data alerts, which enter about 10 million in one night.

The survey will work in four places: mapping changes to the sky or transition items, the mulky way, mapping the solar system or how the universe is.

But its greatest power is always. This will survey the same places that are always frequent, and every time it finds a change, it will concern scientists.

“This feature is the whole new new thing … with the potential to show us something we have never thought before,” Prof Hoymens explained.

But it also helps protect us by discovering dangerous things that are suddenly wandering near the ground, including asteroids like scientists who are not concerned about this year.

Multiple camera mirrors can help scientists notice the lack of lights and distortions released from these things and tracks them as they track space.

“This is the change. This is the largest set of data we need to look at our galaxy.

He will receive images to analyze how far the stars are in the milky path.

Currently most of the data from the stars recur about 163,000 years of light, but Vera Rubin saw 1.2 million light-theeall.

Prov Deason also expected to see the stellar mixture in the Milky Way, or the Graveyard of the stars collapsed for hours, as well as small galaxies satellite is still alive and hard to find.

Cause, Vera Rubin is thought to be more powerful to finally solve a long-lasting mystery about the existence of our Planet’s Planet System System Nine.

That matter can be as many as 700 times between the earth and the sun, which cannot be reached by other land telescopes.

“We took a long time to figure out how new it’s new works of observatory. But I’m ready for it,” Professor Heymans said.