Newly stunned detection on dwarf planet Ceres

NASA has revealed the surface image of an extraordinary mountain on the dwarf planet Ceres. The space agency said it "is like nothing humans have seen before".

NASA launched the Dawn spacecraft in 2015 to travel to the ice dwarf planet Ceres.

It is also home to Ahuna Mons, the largest mountain on the largest asteroid in the Solar System.

Ceres is both a dwarf planet and the largest known asteroid on our Solar System, with a diameter of nearly 600 miles. It is also home to Ahuna Mons , the largest mountain on the largest asteroid in the Solar System, according to NASA.

Space agency used Dawn spacecraft to record images of mysterious squad.

The mountain reaches 13,000 feet, half the height of Earth's largest mountain, Mount Everest, at 29,029 feet.The abnormality here is the strange slopes with interesting vertical streaks.

The cause of its formation is still unknown, but NASA gave a theory in a statement: "Based on many gravity measurements, a mud bubble has emerged from deep within the planet. dwarf and push through the icy surface and then freeze ".

"Part of the dwarf planet where Ahuna Mons is located is quite flexible, can move and at least partially liquid," said Wladimir Neumann of DLR Planetary Research Institute in Berlin-Adlershof and the University of Münster.

In this area, this "bubble" formed in Ceres' coating beneath Ahuna Mons is a mixture of salt water and rock components, " Neumann said.

Using the information gathered from the Dawn spacecraft, a report published in 2018 suggested that the planet's organic material could have more carbon-based compounds needed for life. with before.

Images of dark spots can be seen on the surface with streaks that match what is found on the mountainside.

Scientists have been thinking about the possibility of Ceres being able to support life.

Detailed images of dwarf planets are displayed from surface maps taken from Dawn, currently locked in orbit around Ceres. The spacecraft has "retired" after running out of fuel.

Since its discovery, scientists have been thinking about the possibility of Ceres being able to support life.

In 2017, Dawn identified organic molecules that seemed to form dwarf planets not from an asteroid or comet, which could serve as a basis for life.

Although the existence of organic molecules does not guarantee life, their discovery draws us closer to an answer about whether Ceres is capable of survival.

First identified by Giuseppe Piazzi in 1801, Ceres sits in the asteroid belt between Mars and Jupiter, the largest object in the cluster.

Ahuna Mons is one of countless bizarre details taken by Dawn from the dwarf planet.

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