Astronomers have discovered a planet in distant space where iron rain may occur. It sounds like a movie based on a science fiction story. But the outer world we are discovering now has such an extreme nature. Known as Vyasp-76b, the planet orbits its mother very closely. In the afternoon, the temperature reaches 2,400 degrees Celsius. Metals also melt at that temperature. The planet’s nighttime temperature drops by 1,000 degrees. As a result, molten metals condense and fall as rain. Dr. of the University of Geneva. According to David Ehrenrich, that is a strange situation. “Imagine a drop of iron instead of a drop of water,” he told the BBC. A study by the Swiss researchers and their colleagues has been published in the journal Nature. The researchers described in detail how the chemical nature of Dhwasp-76b was studied in detail using a new instrument called espresso from the Bheri Large Telescope at the European Southern Observatory in Chile. Located 640 light-years from us, the planet is very close to its parent. It takes 43 hours for the planet to orbit Mautara. Another interesting feature of the planet is that only the same part is always visible on the star. Scientists call this condition ‘tidal locking’. A wonderful planet where fire.
Earth’s satellite is in the same position as the moon. So we always see only one side of the moon. This means that the starry face of Vyasp-76b is burning day by day. That hemisphere is so hot that the clouds disintegrate and all the molecules in the atmosphere are broken up into atoms. Dr. According to Ehrenreich’s team, the huge difference in temperature between the light and dark parts of the planet causes a severe storm. Such a storm could reach speeds of up to 18,000 kilometers per hour. Using an espresso spectrometer, scientists found evidence of iron vapor escaping from the planet in the evening. But in the morning there was no sign of iron. ‘Our guess is that iron is condensing in the star-facing part. Even if the temperature in that part is 1,400 degrees Celsius, it is enough for the iron vapor to cool down and form clouds and possibly a little rain, ‘said Dr. Ehrenreich said.
“They may have dropped to the innermost layers of the atmosphere, which our equipment cannot detect.” The giant planet is twice the width of Jupiter in our solar system. The planet is called VASP-76B, using the name of the UK-led VASP telescope system. According to Don Polako, a member of the research team and professor at the University of Warwick, it was difficult to imagine such a wonderful world. ‘It orbits its star very closely. In fact, he is dancing in the outer atmosphere of the star and is under all sorts of physical influences that we don’t really understand, ‘Professor Polako told the BBC. “Either the planet merges into Mautara, or the star’s radiation field destroys the planet’s atmosphere, leaving only a rocky interior.” Dr. Ehrenreich is a connoisseur of pictorial novels. He asked Frederick Peters, a Swiss novelist, to describe the VASP-76B. ‘Often we see detailed three-dimensional compositions about such discoveries. It is difficult for the public to distinguish between real images and computer-generated images, ‘he said. A wonderful planet where fire.
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