James Web Telescope captured the first direct photo of Saturn-Brand Explinite on a scale

James WebSpace Telescope (JWST) has captured its first direct photo of a newly discovered explanatic. Astronomers announced that the web has photographed a large -scale planet in which the nearest young star TWA7 has been circulated. Dodged TWA7B, the planet is just 0.3 times higher than Jupiter-almost Saturday’s Mass-Mass-is the smallest planet ever through direct imaging. Most of the about 6,000 known ascetiles have been indirectly detected. The JWST team used to see the TWA 7b, the JWST team used a coronagraph (such as solar moon eclipse) to stop the stars and reveal the unconscious planet.

Detect a hidden world

According to Study Published in the journal Nature, the web team targeted TWA 7 as its dust disk is seen closely, which shows the clear color structure. They used the web’s tool with a coronagraph to masize the star’s glare. After taking the data, a fainted infrared point source showed about 1.5 1.5 arc seconds from the Source Source TWA 7 (about 50 times the sun distance).

This source is in the space of the second dust ring of the star. Its brightness and colors that theoretical models predict for a young, cold planet that is almost widespread. It seems that this thing is pulling the color difference in the same way as a cycle. Astronomers rejected other explanations (such as background star) to confirm the signal.

A step toward the smaller worlds

The TWA 7B’s Saturn Mass makes it ten times less than any explanation caught in the image directly. Its discovery shows that the web can now make a picture of a smaller world than the giant expatriates shown earlier. Scientists say that the telescope eventually can detect the planets as light as 10 % of Jupiter’s mass, which moves towards the earth -like size.

In the future, this development of the imaging of the planets “paved the way”. Astronomers even predict that the coming places can dramatically increase the number of planets visible visible through imaging directly. The next generation telescopes are being planned with more powerful cords in space and space-to first look for direct photography land.