What happens to objects that go through a black hole?

Question

Where do they end up? Has science ever proven anything on this subject?

Answer 1

They get utterly destroyed at the atomic level and beyond, and eventually their mass/energy is leaked out in the form of Hawking radiation. According to Stephen Hawking.

Answer 2

Some say that a black hole is a dead star that sucks up all of the things in a reachable radius due to its massive gravitational polarity. Others say that it is a inter-dimensional wormhole that connects one galaxy to another, even with planets and other universes. If I throw something in there, maybe a car or a spacecraft, it may be teleported into another dimension or just simply be disintegrated into complete nothingness. I'm not sure if science has proven anything solid yet but they have defined a black hole as the above definitions, plus an eternal space that sucks everything in, even light, thus the term 'black hole'. Hope that helps.

Answer 3

interior a black hollow, gravity is so intense that neither count nor capacity can get away. even nonetheless the time period became no longer coined until eventually 1967 by technique of Princeton physicist John Wheeler, the idea of an merchandise in area so huge and dense that gentle ought to no longer get away it really is been round for hundreds of years. maximum famously, black holes were envisioned by technique of Einstein's theory of customary relativity, which confirmed that once a large fashionable man or woman dies, it leaves behind a small, dense remnant center. If the middle's mass is more advantageous than about 3 circumstances the mass of the solar, the equations confirmed, the rigidity of gravity overwhelms all different forces and produces a black hollow. yet in 1975, Cambridge physicist Stephen Hawking suggested that some thing does get away: random debris now properly-called “Hawking radiation.” So if black holes devour prepared count - chock-complete of advice - and then spit out random noise, the position does the advice pass? Hawking suggested it receives locked up interior because the black hollow ultimately evaporates, destroying the advice in the technique. Which creates a paradox. because the guidelines of physics say suggestion, like capacity, can’t be destroyed. Then, in 2004, Hawking reversed his position and determined that issues that fall right into a singularity aren’t misplaced; their suggestion does leak out, nonetheless no man or woman, except perhaps Hawking himself, can clarify why or how.

Answer 4

Matter is consumed by a black hole when the gravitational force of the black hole pulls it beyond the event horizon, from which the matter cannot escape because the gravity is too strong. The ultimate fate of the matter is unknown since nothing, not even light, can escape from inside the event horizon and give us information about what happened to the material. The theory indicates that it must be crushed to an extremely high density -- to a point at which the theory no longer applies! However, since nothing can escape from a black hole, all energy and mass of the matter is captured inside of the black hole. According to the theory, this energy and mass is not destroyed, though it may change forms. Since energy is equivalent to mass in Einstein's theory of relativity, the mass of the black hole increases slightly.

Answer 5

Stephen Hawking has only speculated, his guess is covered by the guy above.

The basic idea, the guess, is that it is so powerful it sucks even escaping light, thus why it is known as a "black hole". It is thought that everything sucked into it is crushed into an object so dense it is immeasurable. The density of this object cannot be fathomed, nor is the size known.

Nonetheless, nobody knows what happens, because nothing can survive a black hole.

Answer 6

Black holes are objects so dense that not even light can escape their gravity, and since nothing can travel faster than light, nothing can escape from inside a black hole. On the other hand, a black hole exerts the same force on something far away from it as any other object of the same mass would. For example, if our Sun was magically crushed until it was about 1 mile in size, it would become a black hole, but the Earth would remain in its same orbit.

Answer 7

Everyone above is correct except for Manjunath. Matter can't just "vanish." also, they are not wormholes.

FYI: A black hole has infinite density, and within the event horizon, the laws of physics are smashed into tiny little bits. The unimaginable gravity well of a black hole warps space and time and physics so bad, that they are utterly beyond comprehension.

Answer 8

Nothing goes through a black hole. The matter is so dense that it would be crushed. One teaspoon of matter from a black hole could be dropped on the earth's surface and make a hole in the earth from one side and fall out the other.

Answer 9

Many scientists think the black holes are actually wormholes to another dimension.

Answer 10

The same thing that happens to an egg you throw into the Grand Canyon.