The James Webb Telescope often comes to the fore with its observation of distant galaxies and the remarkable images it produces. This time, the telescope witnessed an explosion of rare chemical elements necessary for life in space. The size of the explosion attracted attention. Here are the details!
The explosion was the second brightest gamma ray explosion!
He is frequently on the agenda with the images he captures. James Webb Telescope, is making a name for itself again. James Webb, on March 7 The explosion is just now revealing its consequences. The most striking part of the explosion is the information necessary for life in space. from rare chemical elements being formed.
Another point of interest in the explosion is that it is larger than the totality of the Milky Way Galaxy. 1 million times brighter to be. However, the explosion did not coincide with the events witnessed as a result of 50 years of research. “second brightest gamma ray burst” was listed as.
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On the other hand, the explosion that took place was about 2 neutron stars. 1 billion light years It was formed when it merged with a distant galaxy. “GRB 230307A” According to a study, this particular explosion, called a rare kilonova, created a rare kilonova.
Astrophysics professor Andrew Levan made a statement on the subject. “There are only a handful of kilonovae known. “We looked into the aftermath of a kilonova for the first time with the James Webb Telescope.” In addition, NASA’s Fermi Gamma-ray Space Telescope also observed the explosion. He also traced the explosion to the neutron star merger.
So, what do you think about the James Webb explosion incident? Don’t forget to share your opinions with us in the comments section!