Photo Credit: Eric Ralls 2z5j40
Discovering a hidden population of brown dwarfs in the distant star cluster NGC 602.
JWST) to search for young brown dwarf candidates in this distant star cluster. NGC 602's environment resembles conditions found in the early universe, with low levels of heavy elements and significant amounts of dense dust, which are conducive to star formation.
Milky Way, totalling around 3,000.
The findings illustrate the effective collaboration between the Hubble Space Telescope and the JWST. Peter Zeidler, the lead author of the study and a researcher at the European Space Agency, stated, “Thanks to the incredible sensitivity and resolution of Webb, we are able to detect these objects at such great distances.”
Antonella Nota, executive director of the International Space Science Institute in Switzerland, explained that while Hubble indicated the presence of very young low-mass stars in NGC 602, the JWST provided deeper insights into the formation of substellar objects within the cluster.
This discovery has implications for understanding the processes of star and planet formation. Researchers are now focused on studying the atmospheres and compositions of these brown dwarfs to gain insights into their characteristics.
As astronomers continue to explore NGC 602, they aim to enhance their understanding of the formation of stars and planets in various cosmic environments. This research is expected to contribute significantly to the existing body of knowledge regarding substellar objects and their roles in the universe.
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