To discover James Webb telescope alien (JWST)of NASA, an “undiscovered” group of galaxies dating back to the early universe.
The telescope has opened the door to a new chapter in astronomy by discovering a galaxy that formed just 350 million years after the Big Bang, making it the farthest starlight humans have ever seen, according to RT’s report.
This galaxy, identified with another galaxy that appeared 450 million years after the Big Bang, is exceptionally bright, indicating that it met only 100 million years after the event that ignited the universe 13.8 billion years ago ..
And the galaxy has a nameGLASS-z12as faint orange blobs in the blackness of space, and would not have been seen without the James Webb Telescope’s powerful ability to look back in time with its infrared camera..
The team, led by the Istituto Nazionale di Astrofisica in Rome, Italy, said the discovery resembled an “undiscovered country” of primitive galaxies that had hitherto been hidden away..
said Paola Santini, one of the authors of the article, published in the magazine Letters from the astrophysicist diaryThis is a whole new chapter in astronomy. It’s like an archaeological dig, where you suddenly find a lost city or something you didn’t know about. It’s just amazing.“.
It is estimated that the galaxy GLASS-z12 It is about 50 million years older than the previous record holder, the Galaxy GN-z11identified by the Hubble Telescope and the Keck Observatory in 2016, it formed 400 million years after the Big Bang..
Given its properties, scientists suspect that the star cluster GLASS-z12 It lacks heavy elements and may even contain some of the stars known as Population IIIwhich burns at extremely high temperatures and consists only of primordial hydrogen and helium.
The ages of the two galaxies mean they are markedly different from our own and the more mature galaxies surrounding us today.
They have a completely different shape, for example they can be squeezed into fields or disks much smaller than our galaxy.
They also turn gas into stars very quickly. It may have started producing stars only 100 million years after the universe appeared, about 14 billion years ago.
This indicates that the universe has started to light up faster than expected and it is not yet clear why. It can be massive with many low-mass stars, or smaller but with far fewer bright stars.
Scientists hope to answer these questions and learn more through more detailed observations from the James Webb Telescope. The new findings come from data collected just days after his observations began.
