Scientists Discover ‘Hellish’ Planet Covered In An Ocean Of Lava

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Researchers have discovered that a nightmare world where boiling oceans, lava-filled clouds, and diamonds flood the planet’s core wasn’t always so hot because of its proximity to the sun.

Known officially as 55 Cancri e, the planet is most often known by its nickname, “Janssen,” in honor of Zacharias Janssen, a Dutch spectacle maker who is often, though not definitively, credited with inventing the first optical telescope. 40 light-years away, there is a rocky world that orbits its star, Copernicus, 70 times closer than Earth does to the sun. As a result, one year on this planet only lasts 18 hours.

But a recent orbital analysis published on December 8 in Nature Astronomy suggests that Janssen wasn’t always like this. Despite being extremely hot from the start, Janssen may only have acquired its horrific conditions after being nudged inward towards its star’s equator due to changes in the gravity felt from Copernicus, the red dwarf, and Janssen’s sister planets. Copernicus is part of a binary pair with a red dwarf star.

The goal of the research was to compare the distant system to our own, which is pancake-shaped and has nearly identical orbital planes for all of its planets, and determine how its planets evolved. Scientists will be better able to determine the likelihood of life on other Earth-like worlds in the universe if they have a firm grasp on these distinctions.
The Lowell Discovery Telescope in Arizona was utilized to measure minute changes in brightness as the devil planet passed in front of or behind Copernicus during the investigation of the faraway system.

Thanks to this, scientists were able to piece together Copernicus’ likely exceptionally near orbit around the equator, which the planet entered after gravitational discrepancies in the system drew it closer to the star. Janssen was dragged into alignment along the star’s equator as a result of Copernicus’s spin, which caused a bulge in the star’s middle and compressed its top and bottom. The other planets in the system do not revolve between Copernicus and Earth. Therefore, this is a rather unusual orbit.


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