What Happens When Two Black Holes Collide?

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Black holes are one of the most majestic creations of our universe. A black hole is an area in space where the gravity is so strong that nothing, not even a beam of light can escape. It's so dense that space-time doesn't make sense inside a black hole. But what happens when two of these gravitational beasts collide? What happens to spacetime? Does this have any effect on us? How can we even detect such a phenomenon? How did the concept of black holes originate in the scientific world? In this video, we are going to answer all of these questions for you.

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Timecode:
00:00 Intro
00:48 Gravity, Einstein and black holes

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Credits: Ron Miller
Credits: Nasa/Shutterstock/Storyblocks/Elon Musk/SpaceX/ESA/ESO
Credits: Flickr

00:00 Introduction to Black Hole Collisions
00:47 Overview of Black Holes
01:45 How Black Holes Form
03:00 The Process of Black Hole Collision
05:00 Detection of Black Hole Mergers
07:00 Effects of Black Hole Collisions
09:00 Scientific Significance and Discoveries
10:30 Conclusion on Black Hole Collisions

#insanecuriosity #blackholesexplained #gravitationalwaves
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InsaneCuriosity
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So you're saying if anything falls into a black hole, nothing can escape. So "once you go black, you'll never go back" would be a relevant, and appropriate descriptive slogan??

w
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What happens if 3 black holes collide? Better yet, what happens if 3 or 4 or 5 collide? Man, the possibilities

hbman
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If our universe is expanding exponentially, galaxies together with their cores (called black holes) should be more and more apart farther, moving away from one another.

Nevertheless, we know that galaxies can collide, moving nearer one to the other over time, and finally they merge, forming much more massive eliptical new galaxies, and the cores (namely, their black holes) merge too, of course. We refer to the dark matter as the physical cause of the interaction between two circular galaxies, and between two black holes, and the intergalactic gas filaments play a role too.

But, what is the exotic content of a black hole? Is it warm and cool dark matter? Or is it quantum liquid? Tell me stories about this.

A new computer model constructed by a physics student in Leiden, the Netherlands, has found out that supermassive black holes have more power and energy to collide, interact and then merge, in comparison with ordinary black holes.

A physicist calls black holes as MESSY EATERS. Not everything at the extreme edge of accretion disks (beyond Event Horizon) will be eaten entirely by a black hole, but rather a black hole will push them out of its mouth, emitted as radio jets or GRBs etc.

IoanesRakhmat
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When getting a collision of black holes does a third body need to be a part of the event?
What % of mass of the other black holes does it need to be?
If one of the two black holes is not spinning can a collision occur?

jssomewhere
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Looks like you guys have been digging around in my notes again..

davidhamm
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It is a little painful to hear the announcer mispronounce Richard Feynman's name. He is about as famous and beloved as any physicist in history. Otherwise the material is engaging as always

JimGobetz
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What do these ripples from gravitational waves actually do to us? 🤔

alanl
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Last l heard, when two black holes Oh forget it, I haven't got a clue! ❤

mm-dwrr
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Could you do YouTube Shorts and answer the titles question in 1 minute or less? Thanks.

chrisdavie
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They apologise, and carry on their way!!😎😎

*Black Hole 1* Pardon me!!
*Black Hole 2* Sorry, didn't see you there!!

Black holes are very polite!!

Captain.AmericaV
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A massive super black hole and yes it dose matter to us

JRIVERA
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Answer to the title question: a bigger hole.

DavidMacKinnonfromNYAZ
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Nothing escapes? Not even Hawking radiation?

NikkiTrudelle
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Who am l kidding? To be honest l haven't got a clue. Think l'll just let the professional's speak!

mm-dwrr
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Excuse me if I'm behind the curve but aren't black holes still theoretical? If so, how can we honestly discuss 2 colliding?

philbarrett
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General relativity is missing variables. This is why the rotational velocity of galaxies was not predicted by general relativity. This is why the expansion of space was not predicted by general relativity. This is why the accelerated expansion of space with great distance was not predicted by general relativity.

The solution should explain why stars and satellite galaxies travel over a million mi/h as they orbit their host galaxy. The solution should explain why those stars and satellite galaxies are unable to reach an escape velocity. It should also explain why the satellite galaxies orbit on the same plane, something not even a dark matter halo can explain. The solution should be able to explain the rotational velocities of galaxies. The solution should be able to explain why our solar system is traveling around 500, 000 mi/h as it orbits the Milky Way. The solution should explain why the Milky Way galaxy is traveling 1.37 million mi/h. The solution should explain why some galaxies don't appear to contain dark matter while others do.

I came up with the solution to both dark matter and dark energy. The solution is able to explain all of the observations above and more, with predictions to boot. To top it all off the solution indicates a big bang did not happen. The universe took a long time to get where it is today. It was a slow gradual growth process over a great length of time. If this solution is correct then the JWST or James Webb Space Telescope launched in December will measure fully grown galaxies, much older than the Milky Way at a distance of about 14 billion light years away. It will upset the scientific world and special relativity as we know it. It claims that light takes time to travel so we are able to see distant galaxies as they looked when the light left them. That is wrong! I found the error.

There is so much to talk about. So, I wrote a series of books 1 - 6 on Amazon to explain it the best I can. It's called *Secret Universe by Ron Kemp. Gravity 1 of 6* is the first book in the series. I'm working on publishing *Kinematics 5 of 6* before the end of this month. The last book Over-Unity 6 of 6, est. 320 + pages long will be done in December, before Christmas. The set of 6 books would make an excellent Christmas present for that science guy, gal or for yourself. You can get them in paperback or hardcover. Books 1 - 4 are available right now.

BigNewGames
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Majestic- having impressive beauty or dignity. And ur saying 2 black holes colliding which humanity has never seen is that. I don't buy what ur selling friend.

cg