The James Webb Space Telescope has released a recent image containing 45,000 galaxies.
About 700 of these galaxies are new discoveries and some of them are among the smallest ever observed.
New galaxies are helping scientists unlock the mysteries of our early universe like never before.
What you see here is not a random area of space.
But JWST is by far The most powerful telescope to turn its sights on the goods. And the results show it. This recent image from Webb offers astronomers an unprecedented and detailed look through time.
said astronomer Kevin Hainline of the University of Arizona statement. “Now, we can see that some of them are extended objects with visual structure.”
And JWST didn’t stop there.
The James Webb Space Telescope is discovering hundreds of new galaxies
Find out JWST too 700 new galaxies in the goods. Moreover, these unprecedented galaxies are some of the youngest ever observed, dating between 370 million and 650 million years after the great explosion.
With hundreds more galaxies to study in unprecedented detail, thanks to JWST, astronomers are learning that galaxies in our early universe were much more turbulent than previously thought.
In particular, by studying the light signals of these young galaxies, astronomers have discovered something they did not expect: powerful emission lines.
Endsley said in the book statement. “These early galaxies were very good at forming hot, massive stars.”
Ultimately, the results will help astronomers solve a bigger mystery of our early universe called The era of reionization.
What caused the era of reionization?
This critical period occurred More than 13 billion years agowhen our universe became transparent, enabling us to see the surrounding universe as it is today.
Before the era of reionization, the researchers found, the intergalactic gas was largely opaque. Therefore, astronomers cannot look beyond this point in time because their view is essentially obscured.
The reason for this drastic change is not clear. Some have suggested that the credit goes to supermassive black holes.
But these new results from JWST suggest that an explosion of hot, massive star formation in young galaxies could have been the main driver.
Webb’s observation of GOODs is part of the JWST Advanced Deep Extragalactic Survey, also known as JADES.
JADES is one of the largest observation programs in the space telescope, and Data is still being received.
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