The James Webb Space Telescope reveals the secrets of an infernal exoplanet’s atmosphere

This study may be vital to understanding the formation of these distant celestial bodies.

We have really amazing and powerful tools for observing what’s around our planet, as it can be Nustar telescope, capable of taking x-rays of space. In this case, again James Webb Space Telescope which allowed us to learn more about atmospheres from U.S exoplanet Predetermined and defined WASP-39b.

Chemical reactions in the atmosphere of a gaseous exoplanet with infernal temperatures

Recently, we got acquainted Information published by the University of Genevaat any Curiosity that surrounds Joe WASP-39b. east exoplanetaccording to him Previous study presented in Arvixvery close to its star, orbiting it in 4 days, with temperatures above 900°C. The planet known as WASP-39b was one of the first exoplanets found by the James Webb telescope, which was able to Unravel some mysteries from its atmosphere.

Digital recreation of a gaseous planet’s atmosphere. DALL.E

other telescopes They were able Water and carbon dioxide controlbut now exist sulfur dioxidewhich was created by Mild reaction coming from the nearby star and its atmosphere, allowing new molecules to be “manufactured”. Monica Lindellco-researcher of the study, it states which – which:

We have observed WASP-39b with various instruments aboard the James Webb Space Telescope. Together, they have given us access to a variety of previously inaccessible chemical fingerprints. Data like this reshapes our understanding of exoplanets.

The atmospheres results from these celestial bodies Basic To know more about it as well Understand how it was formed In the past. the doctor Dominique Petit de la Roche It included the following:

The moment I saw my test results was probably the most exciting moment of my career so far. The chemical inventory of WASP-39b indicates that the planet was formed through a series of mergers of smaller bodies and that its formation occurred far from the central star.