Each planet in the solar system, of course, has its own unique trajectory that is different from every planet. For example, when the Earth completes the transformation in the Sun within 365 days, the time on Mars lasts twice as long as about 686 days. For giant planets like Jupiter, a full tour changes from 11.86 to 164.8, which can be counted for a long time.
Scientists, however, are discovering a planet whose stars have returned to the main star for thousands of years. This planet, four to five times larger than Jupiter, is undergoing a complete transformation in 27,000 years. The odd thing is that the orbital duration of another planet in the same system is less than 11 days. It has been discovered that scientists discover these two planets in two different ways as a transition method and a direct view.
In 2012, astronomers used the transition method to describe CVSO 30b, a planet five to six times larger than Jupiter, and discovered that the main star had 1.2 million kilometers of the planet. (This clue is estimated to be 58 million kilometers between Mercury and the Sun to make it more vivid.) With these properties CVSO 30b is described as hot Jupiter.
However, scientists discovered a planet named CVSO 30c in collaboration with the Keck Observatory in Hawaii, the Very Large Telescope in ESO in Chile and the Calar Alto Observatory (CSIC) in the Spanish National Research Council. The main star of this planet is turning at 666 AU (1 astronomical unit = 149 597 871 kilometers). As time passes and the universe is searched, we will be forced to find explanations of how all of them have come together.
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