The discovery of the New Dwarf planet has challenged the planet nine assumptions

The discovery of a new potential dwarf planet in the outer parts of the solar system has yet created the biggest challenge of speculation that a ninth planet is far from the sun. This newly founded Trans -Naptunin Object (TNO), founded in 2017, is incredibly long orbit (1,600 times from it Land Orbit, which takes it more than 157 billion miles (244 billion kilometers) from the sun. According to researchers, it is little to discover something (estimated 435 miles) and with a foreign orbit.

New Dwarf Planet

According to Pre -print In an article that describes this discovery, which is estimated at 435 miles, 2017, 2017 is so large that the dwarf can be considered a planet. Its address was detected with the help of both Undersons and Canada – France – Hui Telescope. The nearest point of the orbit of the Sun (Periylion) is 44.5 astronomical unit (AU) – according to Pluto – while its remote point (Aafilin) ​​extends to 1,600 AU. 2017 is far from seeing with current telescopes. It can be discovered only because its last Perhaelin came in 1930, and it is still close relatively close.

A circle with icy bodies on scattered disks, extremely long and inclined orbits is located outside the solar belt. This discovery indicates that there may be many things in the scattered disk and beyond. It discovers a Trans -Nepton Object (TNO) on a very long orbit to snatch the mystery of the external solar system together.

Eliminating planet nine

This discovery challenges the planet’s assumption, which suggests that a large, unseen planet is affecting the orbit of TNOS. Although most of the extreme TNOS shows a clusted pattern that supports this idea, but not 2017 off 2010 – its orbit is extraordinarily unusual.

Although the planet can allow such deviations, its gravity will be destabilized for millions of years. This match between theory and observation keeps the planet under the examination of nine.