3i/AtlasWebb just clocked nearly 9,000 young star clusters and found the biggest ones break from their birth clouds in 5 million years, a timing clue that could reshape how astronomers model galaxies growing up
https://atlas.whatip.xyz/post.php?slug=webb-just-clocked-nearly-9000-young-star-clusters-and-found-the-biggest-ones-break-from-their-birth-clouds-in-5-million-years-a-timing-clue-that-could-reshape-how-astronomers-model-galaxies-growing-up
<p>The James Webb Space Telescope has given astronomers a sharper look at how young star clusters escape
#astronomers #clusters #clocked #young
https://atlas.whatip.xyz/post.php?slug=webb-just-clocked-nearly-9000-young-star-clusters-and-found-the-biggest-ones-break-from-their-birth-clouds-in-5-million-years-a-timing-clue-that-could-reshape-how-astronomers-model-galaxies-growing-up
<p>The James Webb Space Telescope has given astronomers a sharper look at how young star clusters escape
#astronomers #clusters #clocked #young
Webb just clocked nearly 9,000 young star clusters and found the biggest ones break from their birth clouds in 5 million years, a timing clue that could reshape how astronomers model galaxies growing up
The James Webb Space Telescope has given astronomers a sharper look at how young star clusters escape their birthplaces, and the result cuts against the simple intuition that smaller clusters should c...
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