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A planet three times larger than Jupiter was discovered in a distant solar system.
Until now, the star system called Kepler-88 is known to have two planets: Kepler-88 by Kepler-88 c, which orbit stars very close together. The planet discovered from here is Kepler-88 d, which orbits a star every day, its circulatory layer is not kralak but elliptical. Its mass is three times the mass of Jupiter.
The planet was discovered by the University of Hawaii Institute of Astronomy (UH IfA) at the W. M. Keck Observatory on the Maunekea volcano. Based on data collected by the KIR I telescope from the HIRES spectrometer – the scientific dissemination portal EurekAlert.org.
The two known planets of the Kepler-88 mr have a strange and surprising dynamics, this is the half protected motion resonance. Planet b, smaller than Neptune, orbits the star in 11 days, which is exactly half the size of Jupiter, planet c, orbits in 22 days.
Its nature, which is comparable to the operation of a ram, is energy efficient, works in a similar way to the way a child rides a child on a rock. Every second time planet b is taken, planet c “meets” on the occasion of the star, which is twice as large, and therefore has the power to change the time of the planet closer to the star.
The constellations have accounted for these changes, with the protected transit varices monitored by NASA’s Kepler telescope.
The instrument detected the exact time that the Kepler-88 passed between the star and the telescope, this is called transit.
Transduction varicose veins have been observed in dozens of planetary systems, and Kepler-88 has an unusually large transit varicose. A transit can take place up to a day before or less.
The well-discovered planet added a better dimension to the knowledge gathered about the system.
“Jupiter has three times the mass of the planet Kepler-88 d with a greater influence on the Kepler-88 system than the previous signal planet + king +, c, which is a single mass of Jupiter,” said Lauren Weiss, a researcher at UH IfA, Astronomical Journal cm is the author of a discovery study published in a scientific journal.
You can imagine that these large planets had a Jupiter-like impact on the formation of the Solar System. These planets could influence the formation of rocky plants and control the stems that contain water. Weiss and his colleague are searching for similar plants in other systems with small planets.
In the Solar System, Jupiter’s vast motion could have been observed by all the other planets, according to theories. According to experts, Jupiter is responsible for the small size of Mars, the asteroid’s radar, and the young Earth that carried water to Earth.
(Source: MTI)
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