Scientists found an ‘Earth-like’ planet near Neptune.

Japanese astronomers have made a fascinating discovery that suggests an “Earth-like planet” may exist in our solar system. The planet is believed to be in the Kuiper Belt, a region made up of various celestial bodies orbiting the outer reaches of our solar system, just outside the orbit of Neptune. Similar to the familiar planets we know, these Kuiper Belt Objects orbit the Sun.
The astronomers behind the discovery, Patryk Sofia Lykawka of Kindai University in Osaka and Takashi Ito of the National Astronomical Observatory of Japan in Tokyo, published their findings in the Astronomical Journal. According to their research, if this hypothetical planet really existed, it would be about 1.5 to 3 times the size of our Earth. This discovery questions and challenges previous theories about the existence of a distant ninth planet, commonly known as “Planet Nine”, believed to be lurking in the outer regions. our solar system. Astronomers think that instead of Planet Nine, there may be another undiscovered object much closer, right in the Kuiper Belt.

The researchers explain their findings by stating: “We predict the existence of an Earth-like planet and a number of objects beyond Neptune in specific orbits beyond the system. the sun, could serve as an observable and testable sign of a putative planetary disturbance. Scientists suggest that this mysterious planet may be located between 200 and 500 astronomical units (AU) from the Sun and tilted at an angle of about 30 degrees. . To provide some background information, Pluto , one of the Kuiper Belt dwarf planets, is located at a distance of 39 AU from Earth.

In their conclusion, the team states: “The results of the Kuiper Belt Planetary Scenario support the existence of an unknown planet in the far periphery of the Solar System. More detailed knowledge of the orbital structure of the distant Kuiper Belt could reveal or rule out the existence of any hypothetical planets in the outer solar system. current understanding of its celestial dynamics.

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