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They are studying the existence of a planet similar to Earth  daily menu

They are studying the existence of a planet similar to Earth daily menu

Science believes that in the far reaches of the universe there are planets similar to Earth. Some of them could have conditions suitable for life, but as of today’s sun, none have yet to be definitively confirmed, so the search continues.

Recently, two scientists from Japanese institutions hypothesized that the behavior of several objects located far beyond the orbit of Neptune (outside the line of sight) could indicate the presence of an Earth-like planet.

They named it Planet NineAccording to this new study conducted by the two Japanese scientists, which was published in The Astronomical Journal.


And the two scientists, Patrick Sofia Likoka, from the Japanese University of Kindi, and Takashi Ito, from the National Astronomical Observatory in the same country, confirm, according to National Geographic, that “this mysterious inhabitant of the solar system It will be closer than he thought And it would give reasons for strange behaviors attributed to something greater.

“We expected a planet similar to Earth and many trans-Neptunian objects in strange orbits in the outer solar system, which may serve as verifiable observable signatures of the planet’s putative perturbations,” the scientists wrote in their publication in the Astronomical Journal.

Where exactly is it?

The researchers hypothesize that Planet Nine resides in the Kuiper Belt, a ring of donut-shaped objects that extends far beyond the orbit of Neptune.

The Kuiper Belt is known to contain millions of icy objects, called trans-Neptunian objects (TNOs), because they lie beyond Neptune.

It consists of a mixture of rock, amorphous carbon, and volatile ice such as water and methane.German television station DW (Deutsche Welle).

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Scientists have noticed a distinct pattern in the way objects in the Kuiper Belt move. One of these movements is rallying. Certain groups of trans-Neptunian objects appear to cluster together and move in groups in inclined orbits. Computer simulations indicate that a hypothetical planet may be responsible for these effects.

about nine

“The mass of this potential planet would be about 1.5 to 3 times that of Earth. It follows an inclined orbit of about 30 degrees,” according to the research team’s calculations.