Scientists from the University of Macaori in Australia recorded the way the huge aliens 2109B quickly lost its orbit height and approached its star. The planet is related to the extremist Moc Star Class to perform a full revolution around the star in just 16 hours – this is a short time for the objects of this type. The work was published in the Astrojournal. I-2109B is located at about 870 light years from the ground and overtake Jupiter nearly five times and twice the size. At the same time, her trajectory is closer to the star than the trajectory of Mercury to the sun. For comparison: Mercury, the volume is nearly six thousand times lower than the mass of Jupiter, leaving 88 days of earth for a revolution. And here, the huge planet created a circle in 16 hours-this is an extremely extreme place, he said, the head of the research, Dr. Haime Alvarado-Montes. For more than ten years, scientists have analyzed data obtained by using NASA Tess telescopes, observers on the ground and European satellite. They have recorded changes during the planet's transportation period, which shows reduced trajectory time. Models show that in the next three years, the trajectory of my-21109b will reduce at least 10 seconds-this thing confirms that this planet is slow but certainly approaching its star. Astronomers consider the three scenarios that can occur about the death of the planet: it can be torn by the tidal forces, stabbing a star or losing the external air shell under the influence of star radiation, leaving only a stone nucleus. Continuing the observations in the coming years will allow astronomers for the first time in real time to repair the final stages of the existence of the planetary system – a unique phenomenon on the size of the universe.
