Mysterious new world has just been discovered in our solar system

Astronomers have discovered a new world circling the outer edges of our solar system.

Researchers using the Subaru Telescope, located in Hawaii, spotted a small, distant object called 2023 KQ14 far beyond Pluto. They’ve given it the nickname Ammonite.

2023 KQ14 is a rare type of object called a ‘sednoid,’ a small, icy body in the outer solar system, similar to the icy rocks floating in the Kuiper Belt or dwarf planets like Pluto.

So far, there are only four known objects like it in our solar system. 2023 KQ14 is about 71 times farther from the sun than Earth is.

This object follows a unique, stretched-out orbit that has stayed stable for about 4.5 billion years.

Scientists found that 2023 KQ14’s orbit was similar to the other sednoids in the solar system for billions of years, but that has mysteriously changed over time, suggesting the outer solar system is a more complex space than we thought.

This discovery also makes the possible existence of ‘Planet Nine’ less likely, as 2023 KQ14’s orbit doesn’t quite fit with where scientists believe that world would be.

Dr Yukun Huang from the National Astronomical Observatory of Japan said: ‘It is possible that a planet once existed in the solar system but was later ejected, causing the unusual orbits we see today.’

2023 KQ14 is a rare type of object called a ‘sednoid,’ a small, icy body in the outer solar system. So far, there are only four known objects like it in our solar system

Researchers using the Subaru Telescope, located in Hawaii, spotted a small, distant object far beyond Pluto and have named it 2023 KQ14 

Planetary scientist Fumi Yoshida added that Ammonite was found in a region of space far beyond the influence of Neptune’s gravity

‘The presence of objects with elongated orbits and large perihelion distances in this area implies that something extraordinary occurred during the ancient era when 2023 KQ14 formed,’ Yoshida explained in a statement.

Scientists are calling Ammonite a cosmic ‘fossil’ from the beginnings of the solar system.

The discovery was part of the Formation of the Outer Solar System: An Icy Legacy (FOSSIL) survey project.

The project’s name itself reflected the goal of finding objects like Ammonite that act as ‘icy fossils,’ preserving information about the outer solar system’s formation and evolution.

‘I would be happy if the FOSSIL team could make many more discoveries like this one and help draw a complete picture of the history of the solar system,’ Yoshida said.

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