NASA’s JWST captures a rare image of a star going supernova

The James Webb Space Telescope of the American space agency NASA has taken an amazing image of WR 124, a rare Wolf-Mayet star exploding or being a supernova. This star is about 30 times the size of our Sun. The outer layers of this star are visible. This has resulted in a large amount of dust and other glare-causing materials. An explosion in a star during its cycle is called a supernova.

Posted in LiveScience Report NASA officials are quoted as saying, “Only a few of the massive stars reach that phase before going supernova. It is very important for astronomers to understand the mysteries of space.” This very large star is 15,000 light years away. The James Webb Telescope first took its image in June of last year. The cloud can withstand this when the star goes supernova and propels the dust out into the universe. NASA officials say dust plays an important part in how the universe works. Protect newly formed stars.

There is more dust in the universe than astronomers estimate. This type of image can provide information about the mysterious origin of this dust. Before the James Webb telescope, astronomers did not have enough information about dust formation in environments like WR 124. Research in this regard can be increased after the actual data is obtained.

recently POT Curiosity’s spacecraft took a clear image of the Sun’s rays on Mars. This image was taken under the Twilight Cloud Survey series. The survey began in January and will continue until mid-March. The sun’s rays are also called crepuscular rays. They are visible when sunlight shines through the gap between the clouds. This is the first time that the Sun’s rays have been clearly visible on Mars. These rays are most visible on Earth in foggy conditions, when light is scattered by smoke, dust, and other particles in the atmosphere. These rays appear to meet at a point through the cloud, but in reality they run parallel to each other.