In theory, what would happen if a spaceship was sucked into a black hole?

Question

another dimension? would the spaceship turn into spaghetti? any thoughts?

Answer 1

there are three theories. one is that the spaceship would be turned into tiny atoms and released out from another part of the black whole. another is it will be condensed into a tiny ball of matter and become part of what has already been sucked into the black whole. the other is that it take you to another part of the universe or even as far as to another universe. the reason to why we believe this is because everything in the universe has an opposite. e.g. we have matter and anti matter. we have light and darkness, positive and negative. so the opposite of a black whole that sucks everything in would be what we call a wormhole which throws things outwards. personally i think it can be all of these and non of these, i know this is a very annoying answer, even i think so but i just don't know enough about it so i should make you believe something i am not sure about.

Answer 2

At the present time know one knows the real answer. The two most popular theories are as follows.
1. The spaceship and its contents would be crushed into a solid mass and liquefied due to the heat formed by the pressure.
2. The spaceship would end up on the other side of the black hole in another place and possibly another time.


There are many other theories out there, but nothing has been proved as of this date.

Answer 3

When the space ship crosses the event horizon of a black hole it will be lost to the rest of the universe, it will have entered a place where there is no time or space. The spaghetti analogy is a bit of an exaggeration, but due the intense gravity near the event horizon the ship could be drawn into the black hole as a stream of molecules or atoms.

Answer 4

First there will be a very high gravitational difference near a black hole, so each part of spaceship which is sucked into the black hole will be pulled with different amount of acceleration. This will make the spaceship to turn into something like spaghetti.

Second the space ship will be sucked into the blackhole and become part of the black hole, this will enlarge the Schwarzchild radius of the black hole a little bit (very very little indeed).

Over the time the black hole will evaporate by Hawking Radiation, but you will never see your spaceship as you know it anymore. The larger the black hole the longer time it take to evaporate by Hawking Radiation.

Answer 5

undesirable determination of words. Black famous man or woman could have been a greater useful notice. that's observed as a black hollow through fact through fact it provides off no gentle that's a black or dark section. you're astonishing that's a collapsed famous man or woman and prefer quite a few stars is a sphere. . many human beings image a black hollow as a hollow like a hollow interior the floor and it you should no longer quickly flow interior the process the hollow you may bring about yet another universe or something. mind's eye is one subject yet regrettably technology fiction has positioned suggestions like wormholes into human beings's minds that have not have been given any foundation rather or the guidelines of physics. Wormholes are purely theoretical. .

Answer 6

A Black Hole - is a region of space resulting from the collapse of a star; extremely high gravitational field.

The extremely high gravity will pull on the spaceship. It won't have enough power to go forward away from the hole.

The spaceship could be destroyed and never make it back to earth. Bye, bye

Answer 7

The problem with this question is that it relies on current theories of black holes which are in basically inconsistent nonsense. If it was going to go to another dimension then wouldn't the mass making up the black hole fall through as well? If it was going somewhere else wouldn't the amount of mass decrease? Then it wouldn't be a black hole anymore. Spinning black holes or Kerr rings are exceptions but that's an exotic novelty you can look up on your own if you choose.

According to standard thought a black hole consists of a singularity at its centre - a mathematical point infinitesimal in size and with infinite density. Even on the inside of the event horizon you would not be able to see it as it would have light folded around it very tightly. If anything it would just look like a distortion in your field of view. As the spacecraft approached gravitational shearing forces would crush it in to its constituent atoms and then those too would be destroyed.

More modern conceptions (which are admittedly unproven) are things like gravastars or dark energy stars. These make more sense in relation to quantum mechanics and its my contention that singularities don't exist and are a physical impossibility. Another alternative theory to black holes are 'MECO's' or magnetospheric eternally collapsing objects - they suffer the same conceptual dilemmas as regular black holes and are more consistent with classical physics.

Kind regards

http://www.damtp.cam.ac.uk/user/gr/public/bh_home.html
http://hubblesite.org/explore_astronomy/black_holes/
http://en.wikipedia.org/wiki/Black_hole
http://en.wikipedia.org/wiki/Gravastar
http://www.space.com/scienceastronomy/astronomy/gravastars_020423.html

Answer 8

If a spaceship were to be sucked into a black hole, then so would the Earth. Our spaceships can't go far enough away from here, so if there were one close enough to get a spaceship, we'd be space dust too.

Answer 9

I suspect they'd windup at the bottom of the sea or ocean.. cause if all the planets are round wouldn't the cosmic space area being round too? Water don't spill into an airless area no gravity area! The bottomless sea or lakes are the blackholes I suspect and the other end is space! Maybe some submarines can prove this if they dare! It be a cleaner way of getting to space without space rockets! Man just hasn't explored the bottomless sea or lake to be sure.. Or maybe someone did and they wound up in the Loonie Bin ( I don't mean the money bin hear!)

Answer 10

Have you ever heard of the oozelum bird? This is a zoological rarity, for very good reasons. It flies around in ever-decreasing circles until it disappears up its own orifice. This is a very good description of what happens to anything going into a black hole. This is also why the Russians do not use the phrase 'black hole'. They say 'collapsed star' because 'black hole' = 'orifice'. (This is true.)