There are so many galaxies clashing into one and other and in the centre of most galaxies there is a black holes.What would happen if two black holes collided?
Well, first things first, black holes don’t “collide” per se. They are the result of supermassive objects bending space-time to create a “canyon” of sorts in the space-time continuum. So, assuming that two black holes have grown large enough to interact, the most likely result is that the two will combine and form an even larger black hole.
Think of placing a bowling ball on a stretched out bed sheet. Logically, it will pull part of the sheet down due to gravity. Now, if one were to place another bowling ball at another point on the sheet, this would create a deeper, more rounded depression in the sheet. This is a somewhat simple analogue of what black holes do to spacetime. So, for two to interact would result in an even more massive depression in the continuum.
I wonder what would happen if they didn’t hit head on, but grazed against each other. Is it possible for them to have enough momentum to keep going without drawing each other in? And if so, could they drag matter out of each other, liberating matter that’s supposed to be ‘lost forever’?
the galaxy would collide 1st and that will send billions of asteroids to the earth destroying everything on earth, after galaxies collide it will form a bigger galaxy with a bigger black whole.
One of the proposed (please note PROPOSED) mechanisms to explain Gamma Ray Bursters is exactly what you describe – two black holes merging. The result is an even more massive black hole.
For the record, this conjecture doesn’t necessarily require two black holes, a black hole and a star will suffice as well…
they would start to orbit each other and increase in speed until they got near the speed of light then there mass would increase in phyisical size and as it exceded the event horizon it would thow of primordial particles. this is called an “SMA” singularity mass acceleration.
they would fall together and make a bigger black hole. Then the bigger black hole would suck in everything within its Schwarzchild radius..
They’d merge into one….
?
Well, first things first, black holes don’t “collide” per se. They are the result of supermassive objects bending space-time to create a “canyon” of sorts in the space-time continuum. So, assuming that two black holes have grown large enough to interact, the most likely result is that the two will combine and form an even larger black hole.
Think of placing a bowling ball on a stretched out bed sheet. Logically, it will pull part of the sheet down due to gravity. Now, if one were to place another bowling ball at another point on the sheet, this would create a deeper, more rounded depression in the sheet. This is a somewhat simple analogue of what black holes do to spacetime. So, for two to interact would result in an even more massive depression in the continuum.
I wonder what would happen if they didn’t hit head on, but grazed against each other. Is it possible for them to have enough momentum to keep going without drawing each other in? And if so, could they drag matter out of each other, liberating matter that’s supposed to be ‘lost forever’?
the galaxy would collide 1st and that will send billions of asteroids to the earth destroying everything on earth, after galaxies collide it will form a bigger galaxy with a bigger black whole.
One of the proposed (please note PROPOSED) mechanisms to explain Gamma Ray Bursters is exactly what you describe – two black holes merging. The result is an even more massive black hole.
For the record, this conjecture doesn’t necessarily require two black holes, a black hole and a star will suffice as well…
they would start to orbit each other and increase in speed until they got near the speed of light then there mass would increase in phyisical size and as it exceded the event horizon it would thow of primordial particles. this is called an “SMA” singularity mass acceleration.
If two black hole’s collided, then it would make even a bigger black hole.