The new asteroid passes through Pluto, one of the largest distant objects in the solar system

There is a new frozen weird ball that is heading around the sun, which is not your ordinary space rock. It’s a planet – to be fair, it’s a smaller planet, but it’s one of the largest yet undiscovered and has an orbit around the sun that shames the orbit of our own planet.

The small world is known as 2017, 2017; the IAU’s secondary planetary center added its objects to its catalog on May 21. Despite classification, the planets have dimensions ranging from 290 to 510 miles (470 and 820 kilometers). Its upper limit will make the small planet the same cab as the Ceres, the largest asteroid in the belt between Mars and Jupiter, with a diameter of about 592 miles (952 kilometers).

The team of astronomers, led by Sihao Cheng, a researcher at the Institute of Advanced Research, first discovered the 2017 2017 of 201 in archival images, but has not been officially recognized as a trans-Nipunian object or TNO until now. TNO is an object in the solar system, and the distance between the sun outside Neptune orbits the sun 30 times higher. The preprints describing the discovery are hosted on the preprint server ARXIV.

But even in the distant TNO, the year 2017 is the most advanced. Its orbit takes it away from the Sun 838 astronomical units, which is nearly 30 times higher than Neptune, which is another 30 times higher than the Sun on average and 30 times higher than the Sun on average. As Earthsky reports, the closest is 2017, in 2017, within 45 au of the Sun.

That outstanding orbit earned the little planet a label extreme Trans-Neptunian Objects (ETNO), a subset of rocks in the distance, facilitates the theory of mysterious gravity as distant fuels in the solar system.

This inevitably brings us to the ninth planet, the theoretical distant world is a gravitational explanation of the strange clustering of objects in the Cooper belt. Other ideas have surfaced to explain this phenomenon (e.g., the gravitational influences, or even the fragment rings of primitive black holes), but nothing catches our human fascination more farther than the rest of the solar system, never observed.

If it exists, the ninth line must be more than six times the mass of the Earth, with an orbital period of about 7,400 years. The recently classified small planet is very large, but not the nine planets.

Nevertheless, such discoveries still buzz astronomers. Just last month, a different team of astronomers discovered a different slow object outside of Neptune, a potentially nine candidates for the planet, but that was the wrong position.

Objects like those recently reported have added an increasing list of corpses that may ultimately help pinpoint elusive planets, or at least explain the strange movement of objects around our solar community.

2017, 2017, isn’t the planetary heavyweight that many have been waiting for, but it’s a reminder that the solar system is still full of surprises, especially in its cold, hard to see suburbs.