The incredibly detailed views vary from a star-forming region in the Milky Way galaxy to clusters ofhundreds of galaxies.
But, I have to say, these new images are just so much more than I ever expected.
Euclid needs to see so much sky because these distortions are tiny, explained Cropper.
In particular, we see a massive galaxy cluster at the top right corner of the image.
This cluster contains dozens of massive galaxies orbiting a dark matter halo.
Apart from this galaxy cluster we see animpressivedensity of sources in this image.
Here, we can see its two main members in the very center.
These are two big, older elliptical galaxies, and what we see is they are interacting.
So we see galaxy evolution as its happening.
Thisshowcases beautifullythis throw in of galaxy evolution, shared Karina Voggel from Strasbourg Observatory.
So these kinds of studies help us understand why the universe looks the way it does today.
This image is unprecedented.
Euclid is the only wide field space survey telescope covering near-infrared wavelengths that can penetrate dense dust and gases.
People on the internet were overwhelmed by new photos released by the Euclid team
Thanks!
Check out the results:
