UNITED STATES – Without a doubt, NASA’s Hubble Space Telescope continues to amaze the world. This time he showed an image that allows us to see the visual effect of gravitational lenses. For this reason, it is more and more common to talk about dark matter and the concepts that go with it. Even many people say the time is approaching to be able to give it specific visibility. In this regard, it is worth highlighting the deflection of light. This is something Albert Einstein “confirmed to be wrong”. Of course, the modernity of telescopes gives us the possibility of observing luminous objects. This is the case with those behind a mass cluster. Because of this, the Hubble Space Telescope managed to capture the Abell 2813 galaxy cluster. This, of course, is a visual gem. Undeniably, the number of images provided by Hubble makes NASA proud. And this last image is the faithful “reflection” of the visual proof of the concept of gravitational lens. For this reason, we see “inwards” of the photo and not curved galaxies. This photograph was obtained using the Wide Field 3 camera and the Advanced Camera for Surveys that the telescope incorporated. But in order for the above-mentioned effect to occur, it is necessary to have a huge mass. Source: NASA Hubble Space Telescop on Twitter. In the same context, the Xataka portal defines that gravitational lenses “also act with all kinds of electromagnetic radiation (not just visible light) and because they lack chromatic aberration, they are useful for better understanding distant objects. , beyond their spectacular are “. In this way, gravitational lenses provided the ability to detect distant objects in the universe and obtain relevant data. For all of the above, maybe the Hubble Space Telescope will continue to operate normally for a long time. Many people even expect it, because undoubtedly the images it reveals are amazing. Finally, it is important to note that this real colossus is a benchmark in astronomy and optics, so we will see what new photos he can show us to leave us perplexed, as happened with the first image he shared. .
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