American astronomers at Boston University accounted for the first way of the SIMP 0136 + 0933 exoplope. The analysis of James Web Space Telescope has shown that the celestial body has a complex striped atmosphere with the clouds of iron and minerals, as well as polydresses. The study was published in the Astrophysical Journal Letters (TAJL).
The SIMP 0136 + 0933 is located in Karina Nebac, approximately 20 lights from the country. This object is neither planet nor a star.
"It doesn't turn around the star, but its mass is less than the usual brown dwarf or" failed star, "explained the leading author of the study Ellison McCarty.
Scientists have used JWST's spectrographs to view the object near and in the lengths of medium infrared channels. In six hours, they collected about 6,000 data collections, which allowed them to create light curves, which showed how the object's brightness changed in the lengths of different channels.
Data exploration found that the atmosphere of SIMP 0136 + 0933 consists of several layers, reminiscent of cake. The lower cloud layer consists of iron, medium layer, magnesium mineral fortress, and the top layer is highly tied with radio theaters. The latter are like land-offs, but they meet in the radio.
In addition, researchers have offered the presence of carbon-based chemical compounds in the atmosphere, such as carbon dioxide, which absorbs radiation in certain wavelengths.
The study of SIMP 0136 + 0933 opens new horizons for studying the atmosphere of exopleans and other mysterious objects. This is an important step to understand the variety of atmospheres of the universe and to understand their influence on the possible residents of distant worlds.
Translation: Manuel Tamazyan
