The space telescope took a picture of one of the rarest yet very bright and massive stars in the universe. And soon this star will die as a result of a powerful explosion.
The Webb Space Telescope photographed the star WR 124, which belongs to a rare type of star called the Wolf-Rayet star. They are very bright and have a very large mass because this type indicates that the star is in the final stage of its life and will soon explode in a supernova. The Daily Mail, in fact, writes that this star will soon die as a result of the explosion.
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The Webb Telescope has captured an incredibly detailed image of the end-of-life star WR 124, 15,000 light-years away in the constellation Sagittarius.
Giant stars turn into Wolf-Rayet stars at the end of their evolution, but this phase lasts only a few million years, after which a supernova explosion occurs and the star turns into a black hole. But not all stars go through this stage of their evolution, and therefore Wolf-Rayet stars are rare in space. It is believed that only one of the 100 million giant stars could have been a Wolf-Rayet star before exploding and turning into a black space monster that consumed everything around it.
According to scientists, the star WR 124 is 30 times larger than our Sun and has already begun dumping its material into space to prepare for its impending death. During this process, a cloud of gas and dust formed around the brightly shining star. NASA scientists hypothesized that during the shooting, the star ejected matter with a mass of 10 times the mass of the Sun and would explode in a supernova as soon as its life cycle was over.
A new image from the Webb Telescope has significant scientific value as it will help astronomers understand exactly how dust in the cloud behaves and whether it can survive a supernova explosion.
Dust is a vital component of the universe, protecting stars during their formation and aiding in the formation of planets. However, scientists have discovered that there is much more dust in the universe than current formation theories can explain. That’s why NASA scientists hope that studying the behavior of dust around Wolf-Rayet stars like WR 124 will help understand where all that extra dust is coming from.
And for that matter, scientists will only need the Webb telescope, which can see through the dust the various stars and what kind of dust surrounds them.
Previously Focus He wrote that 25 thousand galaxies fit simultaneously in one of the images of the Webb telescope, which is more than 2 times the similar record set by the Hubble telescope.
Moreover Focus He wrote that unstable objects in space could destroy life in the universe. A new study has shown that interactions between distant planets and the objects closest to them can be catastrophic.
Source: Focus
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