"It's Pulling Our Galaxies" James Webb Telescope Saw Something Terrifying Lies Beyond the Edge of...

something extraordinary is happening in our universe and scientists have been investigating it for decades they've noticed that some Galaxy clusters are moving in unusual ways now scientists believe that there exists something mysterious beyond the observable universe which is pulling the huge Galaxy clusters in our universe towards itself surprisingly recent discoveries from the James web Space Telescope have added weight to this idea these new findings suggest that something located more than 93 billion light years away is exerting a powerful influence on the motion of Galaxy clusters within our universe so let's explore what exactly is this strange structure beyond the limits of our observable universe and why is it causing some Galaxy clusters to move in its direction the standard cosmological model explains that our universe has been expanding since it first came into existence however this expansion is not like objects moving outward into empty space it is the expansion of space itself this idea can feel counterintuitive because there is no Central Point from which the universe is expanding instead scientists understand that the expansion of space occurs everywhere at once uniformly stretching the distances between objects if we think about this expansion it will seem as if everything in the universe is moving away from each other but here a question must be arising in your mind that if everything in the universe is moving away from each other then why do we observe galaxies colliding and why is the Andromeda galaxy moving toward the Milky Way instead of away well the answer lies in gravity when the gravitational force between two objects is strong enough it can overcome the expansion of space this is why galaxies that are relatively close to each other like Andromeda and the Milky Way can be pulled together despite the overall expansion of the universe but on much larger scales the effects of gravity become negligible compared to the force driving the universe's expansion as a result when we look at the universe as a whole the dominant effect we observe is the expansion of space itself causing distant galaxies to move away from each other but in the 1980s when scientists observed nearby galaxies they noticed something strange they found that galaxies in our part of the universe weren't just moving away from each other due to the universe's expansion instead they had extra motion as if being tugged by something massive to figure out what was causing this scientists studied the movement of galaxies by measuring their red shift which shows how light stretches as galaxies move these measurements revealed that our galaxy and many others are moving at about 600 km per second toward a specific area in the sky near the constellations Norma and Centaurus this suggested there was a huge concentration of mass pulling them in that direction the problem was that this region is hidden behind the Milky Ways plane which is full of stars and dust that block our view this is called the zone of avoidance in the 1990s astronomers used X-ray observatories such as rosat to peer through the zone of avoidance and detect Galaxy clusters in the region and they Nam this region of space the great attractor however the great attractor isn't just one object it's part of a much larger structure called the lakia supercluster which contains thousands of galaxies and spans over 100 million night years the combined gravity of all this matter including both visible galaxies and invisible Dark Matter creates the pull we feel the discovery of the great attractor showed just how powerful gravity can be and that we can see its effects even in the large scale structure of our universe but wait scientists have seen an even more surprising phenomenon in the universe and they are not able to tell what actually is the the reason behind it in 2008 a team of researchers led by Alexander kashlinsky made an intriguing Discovery while studying the cosmic microwave background radiation they observed that Galaxy clusters seem to be moving in a consistent Direction converging towards a specific point in the sky this mysterious motion of Galaxy clusters was something no one had any clue about and they named this phenomenon dark flow astronomers speculated that something must be causing this dark flow some scientists suggested that the great attractor however further observations revealed that some massive Galaxy clusters initially believed to be influenced by the great attractor were actually moving toward a slightly different area of space this time there was no clear explanation for their motion according to Hubble's Law all galaxies should be moving uniformly away from each other adhering to the cosmological principle yet this mysterious movement challenged that understanding the Wilkinson microwave anisotropy probe played a significant role in these investigations offering deeper insights into the cosmic phenomena during a three-year survey scientists discovered that the Clusters were moving nearly 2 million milph toward a region in the sky between the constellations of Cent Taurus and vea this motion is different from the outward expansion of the universe Alexander klinski an astrophysicist at NASA's GED space flight center in Green Belt says we found a very significant velocity and furthermore this velocity does not decrease with distance as far as we can measure matter in the observable universe just cannot produce the flow we measure the scientists deduce that whatever is dry in the movements of the Clusters might be caused by a massive previously unseen structure just because our observable universe lacks any gigantic structures with enough gravitational pull to create such an effect it doesn't mean such structures couldn't exist beyond the observable universe for all we know the actual Universe could be billions of times larger than the portion we can observe it might contain all sorts of unknown entities or phenomenon that remain completely beyond our understanding or detection however according to our standard cosmological model the universe should be isotropic and homogeneous on a large scale this simply means that the universe is almost the same everywhere and wherever you look in the universe you will see a uniform distribution of matter in this case the existence of a giant Cosmic structure that causes dark flow should not be possible but wait the new discovery of James web telescope is now challenging our theories new discoveries from this telescope have shown that our universe may not be the same everywhere and scientists now suggest that the discovery of unexpectedly massive galaxies in the early Universe indicates that colossal Cosmic structures may have formed shortly after the big bang furthermore the rapid expansion of space following the Big Bang could pushed these enormous structures beyond the observable boundaries of our universe these huge Cosmic structures that exist beyond our observable universe may be the reason for this mysterious motion of galaxies visible in our universe this is the only explanation scientists have for the dark flow phenomenon right now and new discoveries from the James web telescope somehow support this theory on the other hand some scientists have proposed that the mysterious movement of Galaxy clusters might be caused by a massive black hole unlike any we've ever observed however recent observations suggest that if such Galaxy clusters were being drawn toward a colossal black hole their motion would accelerate over time instead the dark flow displays a constant velocity over billions of light years which contradicts the behavior expected if a super massive of black hole were responsible this consistency in motion implies that other explanations must be considered to solve this Cosmic mystery another intriguing Theory posits that the mysterious motion of Galaxy clusters might be influenced by another Universe this is rooted in the idea that shortly after the big bang and before the rapid inflation our universe was part of a cosmic foam a bunch of bubbles floating in space one of these bubbles expanded and grew into the universe we live in today but what happened to the other bubbles well scientists believe that other bubbles might have turned into completely separate universes each with its own rules and Mysteries while scientists don't yet understand how these universes could connect or influence each other this idea Sparks an amazing possibility the mysterious dark flow might be a sign that our universe is linked to a vast Multiverse [Music]