Astronomers confirm the existence of the most distant planetoid in our solar system, names it Farfarout – Technology News, Firstpost



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A group of astronomers has discovered the existence of a planetoid that has become the most distant object that resides in our solar system. Informally named ‘Farfarout’, the planetoid is the most distant object ever observed. The team consisted of scientists from the University of Hawaii, the Carnegie Institution for Science and the University of Northern Arizona. They have been studying the outer solar system beyond Pluto for years as part of a survey and were responsible for finding the celestial object ‘Farout’ in 2018, which held the record for being the most distant planetoid. And now Farfarout has broken his record.

    Astronomers confirm the existence of the most distant planetoid in our solar system, called Farfarout

Representative image. POT.

According to a statement Published by the University of Hawaii, Farfarout was also first detected in 2018, but researchers were able to pin down its orbit, and therefore its distance, only now. Farfarout’s current distance from the Sun is 132 astronomical units (au), where 1 au is the distance between the Earth and the Sun.

It should be mentioned here that Pluto is only 34 au from the Sun, making Farfarout four times as distant from the Sun. It was discovered in the 8-meter Subaru telescope located atop Maunakea in Hawaii. According to the statement, the planetoid will be officially named once studies are conducted in the coming years to better understand its orbit.

As far as is now understood, the object has a “very elongated orbit”, taking it to 175 au when it is farthest away. Also, the orbit enters the orbit of Neptune, when it is closest to the Sun. This is about 27 au. A revolution for Farfarout will take a thousand years.

The shape and elongation of its orbit has to deal with the forces it experiences when crossing Neptune. Tholen said: “Due to this long orbital period, [Farfarout] it moves very slowly across the sky, requiring several years of observations to accurately determine its path. “

Scientists believe that an object is an object rich in ice and quite small in size. It is believed to be one of the smallest dwarf planets with a size of 400 km across.



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