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ok, there is a new way to think about black holes.



opk, if it dont kill you when you go in, your atoms are compressed. then on the other side of it, the white hole, your atoms are expanded again. what do you think?

No flamming.
oppinions only

i still think you would die from it because your theory is somewhat saying that your being crushed

Our bodies wouldnt be able to handle such preasure, even if we can survive and our bodies get put back together in the proper way, whos to say it wont KEEP expanding the bodies.

Just a hint.. Next time you make a thread, try capitalizing all important words, like Black Holes.. and make sure you spell words right in the description, I mean come on, its spelled Theory.

That will make more people want to join in your thread and post. For Serious Discussion, try to take some time creating a thread post.

For your theory, I think not. Black Holes = Die, we all wish they weren't, but I doubt you would come out a billion-ton pressure per square micrometer ()alive.

Theres no way it would rearrange everything in the right order. ;p

If something like light cannot escape the gravitational pull of blackholes, I dont think our fragile human bodies could even last .0000000000000000000001 of a nanosecond.

Its probably more then .0000000000000000000001 of a nanosecond if u think about it. That much pressure and force from the black hole would just instantly kill u by getting crushed, thats like jumping of a building and when u land u instantly die

Less than .0000000000000000000001 of a nanosecond you mean


But really we dont know whether blackholes can crush you. The only way to find out is to send some object or human of ours towards the blackhole and see what happens

They should send out a human, because the possibility of crushing them, we should just send like a robot thing to see if its get crushed.

Lol that is IF we have a human here on earth who is willing to die just to serve scientific experimentation . I wouldn't want to risk my life by sending myself towards a blackhole xD

Um.. if you hadn't cared to learn about black holes then you would know that they aren't holes.

A black hole is a ball (yes a ball, it's the simplest thing nature can make) of matter, compressed so much and is so dense that it's gravity exceeds anything else known in the universe. It grows with the more things pulled in and absorbed. Then since it grew, it's event horizon is wider out and therefore has also extended it's pull range by the same amount.

Now, if it's getting bigger and it's pull range is also increasing, that means it's not a hole. A hole where things leak into, would get weaker, not stronger. If it's a hole, then it wouldn't grow at all and it also would have a negative growth of the pull range.

It was proved that a black hole increases it's pull range when a blackhole had finished absorbing a medium sized star and all of a sudden, another star started to move towards it in an eliptical orbit.

This happened as soon as the other star was devoured, which proves that the black hole was increasing in size and density.

Therefore, black hole = point in space, not hole in space.

GG scientists, owned by NASA scientists that I stole most of this information from

Wouldnt that counter the 'cannot create nor destroy' theory? Where's the energy comeing from?!

Wow that scientific theory of Black Holes being balls just changes EVERYTHING...I mean, I thought were talking about the worm hole or w/e their called that folds (yes FOLDS) space, and theory says that if there was a stable one it MAY be possible to go threw it with some kind of objectmaybe even living lifeforms.

But since its actually a ball, think of it as a Star (which is actually what makes them in the first place) everytime something goes in it, it'll use what ever that was as fuel to continue burning. Now if these holes kept getting bigger, what do you think would happen? I mean, if a black hole gets big enough do you think it could devour the hole universe including other black holes?

I remember going to this lecture and the speaker said that there are giant super-blackholes in the centers of most of the galaxies, (created because of the huge amount of dieing stars compressed into one space, several smaller black holes merge to form a larger one)... and that the super-blackholes would eventually suck in the rest of the matter into the universe (or a large portion of it), and then eventually merge to become a giant black hole.

Which would then evaporate in 10[sup]27[/sup] years or some other absurdly long time, leaving the universe full of... nothing.

Kinda sucks, doesn't it?

The universe can never go empty, theres Space, then theres that space that makes space, the universe will always be filled with something. Now as for the Wrath of the Giant Black Holes, we're screwed arnt we?

ADDITION:
Also whats that 1027 thing you got there? Does that mean something?

10 with 27 zeros following it, years.

And i just found some info about them aswell.

A black hole is a concentration of mass great enough that the force of gravity prevents anything from escaping from it except through quantum tunneling behavior. The gravitational field is so strong that the escape velocity near it exceeds the speed of light. This implies that nothing, not even light, can escape its gravity, hence the word "black." The term "black hole" is widespread, even though it does not refer to a hole in the usual sense, but rather a region of space from which nothing can return. Theoretically, black holes can have any size, from microscopic to near the size of the observable universe.

Black holes are predicted by general relativity. According to classical general relativity, neither matter nor information can flow from the interior of a black hole to an outside observer. For example, one cannot bring out any of its mass, or receive a reflection back by shining a light source such as a flashlight, or retrieve any information about the material that has entered the black hole. Quantum mechanical effects may allow matter and energy to radiate from black holes; however, it is thought that the nature of the radiation does not depend on what has fallen into the black hole in the past.

There you have it, more jibberish to me possibly information to you.

This is the 10[sup]27[/sup] years thing. Something like the black hole is constantly losing energy as well as sucking things in, so eventually it loses more energy than it takes in and just... dissapears. (At least that's what I gathered)

As much as they are amazing, they are extremely distructive and mysterious aswell...Now heres something odd though, on another site they show a sun slingshotting AROUND the blackhole, and only losing a chunk of itself, now this questions everything considering black holes normaly take the hole thing in.

Scientist can make a Mini-Black hole with an atomic acelerator
they don't do it because the atoms that get in it could start making it a bigger hole and boom end of us.
in a black hole as in the atomic acelerator your atoms expand so you basicaly die
but when you get out of the black hole if you get out -.- you go to somewhere but your atoms get togheter with like millions of time with more pressure than how you were at the beggining so there is no way you get out alive of it

I just had a few interesting ideas:

I don't think a Black Hole could ever grow to the size of the entire galaxy. It's not some super energy or worm-hole like Sci-fi Authors love to beleive. As stated previously, it's just an enourmous ball of super-compressed mass, which in turn pumps out the incredible gravity we call Black Holes. But this itself also marks the limits of Black Holes, since compression creates heat, which is why most planets have a liquid magma core. It would eventually reach such a great heat because of so very, very much pressure that it would simply ingnite the whole thing, making it one big Super-Star. But here's where it gets interesting. Who's to say at this point Black Holes have any less gravity? They could still easily suck in all light, including their own, and other stars, planets, etc. no problem. So my thought started out as a hope Black Holes might not end the universe, but I guess I was wrong. (Yes I think as I type)

Secondly, what if there were a creature with something like an extemely dense mollecular structure so that even under the immense gravity of a Black Hole, it could walkaround on it's surface? Well, maybe not walk, but slink or something like a snail. Meh, not really, but hey it's a thought...

If it explodes, the force of the explosion will be extremly powerful. It would be like a big bang kind of a thing.

If you goto the black holes, you either die or goto another universe. Just that simple

WHy would you go to another universe if you've been crushed to the size of an ant?

Well at our universe is getting cold around the 9th planet and the 10th, I wonder if there's another sun (Which there is).