If humans are at all venture on a particular planet that lasts a sun -like star in the fly constellation, they will do well to monitor the weather.

The thick panels of the cloud that belong to the sky of the planet are mostly made of metal dust, but astronomers are suspected of having an iron as well, which will rain on the world below when clouds are broken.

Astronomers have discovered high -height clouds when they trained JMST on the young stars system, which is located 307 light years away in the deep southern sky.

The Star, YSES-1, is a beginner according to cosmic standards, which is only 1 million years old compared to the 4.6 billion sun. The star revolves with two gas giants, who are still formed and both are larger than Jupiter, the largest planet in the solar system.

Dr. Keelane Hosh, an astronomical physicist at the Balt Yellow Space Telescope Institute, said that the youth of the planetary system made it a major goal for astronomers to learn more about the early development of planets around the distant stars.

“There is a small handful of multiple systems that have been filmed directly,” said Hoch. “They are a unique laboratory to test the theories of the formation of the planet as they were formed in the same environment.”

“Both planets are still formed, and that is why they are still bright enough to discover us.” “The light we see from their composition when they start to shrink and condense.”

When the team started its observations, they were surprised to find both planets in the field of seeing the telescope, giving them information about two worlds at one price. The outer planet, Yeses-1C, is smaller than the two worlds, and about six times the mass of Jupiter.

The telescope revealed the high -height clouds in the planet’s atmosphere, but instead of being a water vapor as on the ground, the clouds consist of granules of magnesium silicate dust and possibly some iron. Hosh said: “Iron will actually retreat.”

Astronomers described notes as the first direct discovery of such clouds on a planet that revolves around a sun -like star. Other data revealed that there is a tablet of material from trillion tons of dust particles around the largest inner world, YSes-1B, about 14 times the mass of Jupiter. The results were It was published in nature.

Hoish said that the disk surrounding the inner planet was a “puzzle of the theories of training” because both planets should have been formed in the same environment. “Why YSES-1B holds the surrounding materials while YSes-1C did?” She said. An additional puzzle is why the 16 -meter planet still has a tablet of materials around it. Theories of astronomers indicate the formation of the planet that any disinfection dust should have been settled after the first 5 meters.

“We do not expect the planets to look completely different from each other if they are formed in the same protoplani disc.” “JWST provides a huge amount of data to continue to improve models and improve our understanding.”

A 10 billion dollar telescope has been turned since it was launched in December 2021 from Mir space in Europe in French Guyana. She has returned the main task to the first galaxies that ignited the universe, spying strange new worlds, and witnessed black holes colliding with them. It has been observed until filling, if it is controversial, hints of life outside the earth.