Astronomers have found oxygen in the farthest known galaxy, there is a perception about how soon the galaxies mature.
Nominated Jades-gs-z14-0Galaxy where record-breaking detection was made at least 290 million years later of Big Bang and was First -minded From James Web Space Telescope (JWST) in 2024.
Heavy elements such as oxygen are forged in the stars’ atoms in the fire. Since Newfound Oxygen was present when the universe was just 2% of its current age, this primardial element is a major head-structure for astronomers because it suggests that stars were born in the early universe and died to seedlive their surroundings with more heavier elements than before. The findings made by two separate research teams were published in two letters in magazines on 20 March. Astronomy and Astronomy Physics And The astrophysical journal,
“This is like finding a teenager where you will only expect children,” Sander ShowsA researcher at the University of Leiden in the Netherlands and the lead author of another study, Said in a statement“The results show that the galaxy is very fast formed and rapidly maturing, connecting the growing body of evidence that the formation of galaxies is much faster than expected.”
Oxygen as soon as possible
The astronomers are not sure that the first globules of the stars started hitting the galaxies we see today, but the cosmologists first estimated that the process started slowly after a few hundred million years. Gentle explosion,
Jades-GS-Z14-0 detection and Other galaxies It likes, however, Changed this notion on your headThe light detected by infrared spectrograph near JWST originated in a huge halo of young stars around the core of Galaxy which was burning At least 90 million years ago from its observation,
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Young stars are usually made of hydrogen and helium, and they fuse them into heavy elements like oxygen, as they grow old and spread them in their host galaxies on the violent deaths of the stars. At the mark of about 300 million-year where we could see Jades-GS-Z14-0, astronomers expected that the universe would still be very small to prevail with heavy elements.
But after pointing to Atakama Large Millimeter/Submilimater array (ALMA) telescope in the distant galaxy, the researchers were stunned by what the researchers found: JDS-GS-Z 14–0 had about 10 times more oxygen.
“I was amazed by unexpected results because they opened a new view on the first stages of galaxy development,” Stefano carnianiIn Italy, PISA’s Scuola Normal Superior, an astronomer and a prominent writer of The First Paper, said in a statement. “There is evidence that a galaxy is already mature in the infant universe, questions about when and how the galaxy is formed.”
Galaxies like Z-GS-Z 14–0 gave birth to such a huge-element-producing stars so quickly that there is a mystery for further research. Currently, astronomers estimate that this surprisingly rapid element can be due to the early appearance of the giant black hole; Response to other star deaths; Or Deep energyThe mysterious force that is running a quick expansion of the universe.
