Mysterious ‘planet killer’ hurtling towards us from distant part of the galaxy revealed

The world’s famous Hubble telescope revealed the first images of a mysterious interstellar object race through our solar system.

Hubble, seen on Monday, helped astronomers to confirm that the great, high -speed visitor was a comet from a remote part of the Milky Way Galaxy.

The 3I/Atlas star, which was first identified in late June, is on a 800 million -year -old journey to reach this solar system.

Hubble’s new images caught what looked like a icy tail that removes the rocky material from the nucleus of 12 miles.

These observations were strengthened by a new study that revealed that there was water ice in the 3i/Atlasa coma published on Tuesday morning and that there was a bright gas cloud and dust surrounding the core of a comet.

This revelation about 3/Atlas confirmed that the water -giving water was moved far beyond our solar system by comets throughout the cosmos and potentially spread life stones to other worlds.

The giant -tailed star became the third interstellar object that was recorded by astronomers entering the solar system and joined Oumuamua in 2017 and Borisov Comet in 2019.

Since it accelerates 41 miles per second from the solar system, it will make its closest passage to the Earth on December 17 (about 150,000 miles per hour).

New work published on the pre -printing server ArxivHe also revealed that the comet’s coma consists of 30 percent of water ice and a dust -like dust with organic materials.

Although the study does not detect organic molecules directly, reddish powder in 3/Atlas is similar to D-type asteroids known to carry simple organic compounds such as amino acids or hydrocarbons.

These are molecular types that can contribute to the chemistry required for life on a remote planet under the right conditions.

Since 3i/Atlas is an interstate object that means traveling between star systems, theoretically, you can visit other planetary systems.

If it collides with a planet or releases its material to the atmosphere of a planet, it can leave water and possibly organic molecules.

This process, called Panspermia, is the idea that life blocks (or even simple life forms) can be conveyed by objects such as comets or asteroids between worlds.

Here is a study published in 2022 on Earth Nature Communication A few carbon -rich meteorite discovered in the world found five building blocks for DNA and RNA.

Scientists said that these and similar discoveries supported the theory that the origins of life in the world were given by meteorites and other cosmic bodies such as 3i/Atlas billions of years ago.

Scientists believe that the comet is 12 miles long, which makes significantly larger than the last 2 International object discovered.

3i/Atlas is expected to make the closest pass by the world on December 17th. Scientists believe that the object will come to 223 million miles of the planet.

The comet is the largest known visitor to pass through the solar system.

12 miles long, only 300 to 1,300 feet length Oimuamua’yı and about half a mile of Borisov’s core dwarf.

Scientists do not believe that the 3I/Atlas poses any threat to the world. This is a good news because the object would be in a ‘planet killer’ category – probably if it hit the world, the level of extinction will cause an event.

In the current orbit, in the mid -December, the planet will come in the 2.4 astronomical unit (223 million miles).

An astronomical unit (AU) is equal to the distance between 93 million miles. Technically, the comet already entered the solar system and was less than four AUs from Earth after the discovery in early July.

In October, the object from outside the solar system is expected to make the closest passage to a planet entering 0.4 AU (37 million miles) to Mars.

In 2017, an interstellar object called Oumuamua passed through the solar system. Harvard physicist Avi Loeb argued that he could be of alien origin in a famous way

To reach these findings, scientists took optical spectra (visible range of light measurements) to see the colors of the dust of the comet.

Astronomers then used NASA infrared telescope facility to measure infrared light, which helped to detect materials such as water ice.

The presence of water ice implies that it occurs in a cold, distant part of the original solar system, provides a clue about its origins and is similar to the comets in our solar system.

Harvard physicist Avi Loeb and student researcher Shokhruz Kakharov had previously followed the path of the interstellar object to a thicker part of the Milky Way Galaxy disk, to a thicker part of the old stars.

They estimated that 3/Atlas was older than our 4.6 billion -year -old sun.