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Diamond Planet 55 Cancri e (Exoplanet In The Orbit)

Today we have to talk about a planet named Cancri e. The name of this planet is briefly named after Jensen and Diamond Planet. The 55 Cancri e is classified as the first super-Earth discovered around the main sequence star, which Gliese 876 D predicts in the year. Its exoplanet set is roughly 8.63 Earth's amount and its diameter is almost double the Earth. So let's say a little about 55 Cancri e Get information.


55 Cancri e takes less than 18 hours to complete the orbit of the planet. And this planet is the best known planet in its planetary system. This planet was discovered on 30 August 2004. 55 Cancri e took about 2.8 days in the orbit of the star. In October 2012, it was announced that this planet could be a carbon planet. After counting 55 Cancri e and 2 other planets, there has been an indication for approximately 2.8 days, which can be explained by a planet of the Earth's mass 14.2 in very close orbit.

55 Cancri e was one of the first extrasolar planets, in which collective amount was found compared to Neptune. In 2005, the revision of information by Jack Wisdom in existence of 55 Cancri e suggested that the 2.8 day this planet was a nickname and, separately, that was a 260-day planet in orbit around 55 Cancri e. A radial velocity method is used to detect 55 Cancri e, which is about 7.8 times the Earth's minimum mass and 48% of the Neptune's mass. Transit shows that the axis of this planet is 83.4 ± 1.7, so the actual set is near the minimum. This planet is also a coplanar with B.

The temperature of 55 Cancri e is 2,709 K. This planet receives more radiation than the Gliese 436B. Initially it was unknown that 55 cancri e were small gases such as Neptune or a vast rocky terrestrial planet. The alternative possibility is that this planet it is a solid planet made of carbon-rich material. It is more than oxygen rich content, which makes astronomical planets in our solar system. Large surface temperature changes on this planet are attributed to potential volcanic activity. This frees up large clouds of dust, which makes the planet blanket and blocks thermal emissions.

55 Cancri e's high level of temperature contributes to "supercritical" liquid state Follow-up observations with the Spitzer Space Telescope in 2012 show that this planet is weirder than expected. 55 was believed to be a lava flux on the surface of Cancri e. 55 Cancri e is close to its star. The same side of the planet always faces you, like the planet's permanent day and night. 55 Cancri e was believed to be a lava flux on the surface of the planet. 55 Cancri e is close to its star. The same side of the planet always faces you, like the planet's permanent day and night. 55 Cancri e planet is 40 light years away from Earth.

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