A black hole just got kicked across the universe — and scientists finally measured its incredible speed and direction. Born from a violent collision between two massive black holes, this cosmic baby was launched at over 31 miles per second, fast enough to escape its home galaxy.
Thanks to gravitational waves detected by LIGO, researchers uncovered one of the most dramatic black hole recoils ever witnessed. This isn't science fiction — it's the chaotic reality of our universe in motion. WooGlobe Ref : WGA343517 For licensing and to use this video, please email licensing@wooglobe.com
00:02In a jaw-dropping discovery, scientists have finally tracked a newborn black hole that
00:07was launched through space at over 31 miles per second.
00:11This cosmic cannonball wasn't born gently.
00:14It was the explosive result of two massive black holes colliding in 2019.
00:19But instead of quietly merging, the clash sent a shockwave across spacetime and recoiled
00:24the new black hole out of its galaxy like a cosmic slingshot.
00:28Thanks to gravitational waves, ripples in spacetime first detected in 2015 by LIGO, scientists
00:35just measured this black hole's speed and direction for the very first time.
00:39Think about it.
00:40An object so dense that not even light can escape it, moving faster than anything we can imagine.
00:46And it's not just floating, it's fleeing.
00:49This is one of the most dramatic black hole recoils ever observed.
00:53A moment that reveals just how powerful and chaotic our universe can be.
00:58And the craziest part?
01:00This is only the beginning of what gravitational waves might show us next.
01:03We'll see you next time.
01:07Now, if you can imagine, Bernabe and Ryan also must assume this sai of the sky towards decay.
01:10It's going from within the sky.
01:11It has a great way.
01:12When it comes to astronomy, how faith it wouldn't medicate with lightning in.
01:13It wasn't here.
01:14However, though, it asks us to make a," the lesser-assent color assistance",
01:17which has the most dramatic follow-up source when we're going to take that side of the world as follows?
01:19So I think that this can be explained in a way that this October 2nd slide has toяни us for amış of the arrows and saw a bit of the path that we can be set up.
01:20I would like to have you on the left side that I'd like thisitu BProduct.
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