From a coup, the planet can play millions of years, scientists learned 22:42

Young planetary planetary systems often resemble the battlefield: its formations are accompanied by chaotic conflicts as it can be seen on the face of the moon. Scientists from the University of California in Berkeley have learned that gigantic coups between the planets could excite the long -lasting seismic waves that could capture the James Webb space telescope, especially modern telescopes. Work Published on Preprint Portal Arxiv.

The authors examined a larger planet and the hypothetical conflict of a young gas giant. Betta Borota Betta Borota B-Super-Jupiter ğı, a well-known outer planetary planetary planetary planet with its mass 13 times higher than Jupiter mass and is only 12-20 million years of age. It is assumed that this celestial body contains 100 to 300 worldly elements as a result of a series of merger with other planets.

Researchers simulated what would happen if a planet with a planet with a mass similar to Neptune (17 worldly mass). It was revealed that such a coup could excite various seismic vibrations: from surface waves (F-modes) reminiscent of fluctuations on the water, to acoustic waves (P-modes) that penetrate the planet to the planet.

It is important that such fluctuations can continue for millions of years and change the brightness of the planet in the infrared range. They are variations that can correct the WebB telescope not directly, but by photographic fluctuations of shine.

“Seismology offers a direct way to examine the internal structures of the giant planets,” the authors said.

According to their calculations, if the impact occurs 9-18 million years ago, the telescope can now achieve its results.

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