Astronomers have found a way to look through the turbulent atmosphere of a distant planet that experiences heat and gayle-force winds-conditions that are considered to be similar to those in the early version of the Earth who were cold and blankets by clouds. He completed it with the help of NASA James Web Space Telescope. WASP-121B revolves around 900 light-year from Earth and surrounds its star once every 30 hours. This is why it is shaped like a football and cooked up to such a high degree; One side can be warm than 3,000 ° C, which is hot enough to melt the iron. The atmosphere of this hellish world has been analyzed in an unprecedented detail, revealing the complex chemical signature that indicates its violent origin and ongoing changes.
JWST WASP-121B detect rare molecules in the atmosphere, which reveals the planet’s fierce migration and extreme positions
As Recent report Published by NASA, scientists have been able to detect several molecules in the atmosphere of the WASP-121B, with the infrared spectrograph (Nirspec) equipment near JWST. A research study used a technique on a planetary environment and found that silicon monoxide is the most important chemical. Research has said that it developed quickly in the history of its star system, such as in a cold part of space, such as Bupeter And Uranus In our solar system. This inward spiral, which was possibly caused by gravity, cuts frozen material, but allows carbon-rich gas to manufacture, which is the cause of current imbalance in the atmosphere.
Researchers used a three -dimensional model to show how the temperature varies from the sun -121B night towards the Sun. They discovered silicon monoxide, indicating that the minerals were distinguished from asteroid effects as soon as possible. It was hot, yes, but he detected methane on the knewside, a sign of vigorous up-and-down mixing that was pushing back from the cooler height in the atmosphere to the planet. We all know about the atmosphere of other planets.
Ultra-hot gas verses teach us how the atmosphere develops, and JWS can share new insights. Then, it can change our way to change our model and understand the formation of planets around the stars that are not so favorable.
It is not that no gentle planet, wasp-121B, will say a slapdash world. The observations made by JWST will be deep, and are eager to learn scientific types of diversity exoplanets There in our galaxy.