Scott Strang
Screenwriter
- Joined
- May 28, 1999
- Messages
- 1,146
Does it come out somewhere else in the universe?
Never saw "Event Horizon" huh? The other side is evil. Pure evil
Oh I've seen it but didn't have the balls to admit it.
What then heck; it was a fun movie.
"Where we're going, we don't need eyes."
Given that super-massive black holes are the engines "driving" galaxies--and given that our galaxy is on a collision course with M-31 (he so-called Andromeda Galaxy), things may get a bit thick in this cosmic neighborhood come a billion or so years from now--as in total catastrophe.
All the more reason for the human race to aspire to interstellar travel.
Considering how many light years away the nearest galaxies are and the fact that we can't even travel as fast as a 10th of the speed of light, we'd better get the boogy on.
Never saw "Event Horizon" huh? The other side is evil. Pure evil.
Event Horizon rocks. That's still the only film I've ever seen that's actually given me nightmares (not so much for its brilliance as its rather graphic depictions of hell!).
"Hell is only a word. The reality is much, much worse."
Does it come out somewhere else in the universe?
New Jersey.
New Jersey
To be more specific, on the side of the road on the New Jersey Turnpike.
A black hole is a super-duper dense, has-been star. A chunk of rock so dense that its gravitational field traps everything that gets too close, including light...The $25,000 question, then, is what does such a beast do to space/time? It bends it, for sure (that's what gravity does in general). But does it actually punch a hole in space/time?
Here is an analogy, similar to the one used in Cosmos, that seems to make sense to a neophyte (computer programmer, not a physicist or astronomer) like me. If you imagine space-time as being a sheet of latex rubber and a massive star as a bowling ball, the weight of the ball (mass of the star) indents the sheet (bends space-time), in essence creating a "gravity well". Now if that massive star were to collapse down to a singularity--imagine the same amount of force on the latex that a bowling ball would apply, but in the area of the point of a pin. In other words, apply 16 lbs. of force with a point of a sewing needle on the sheet of latex. If it doesn't make a really deep pucker it'll puncture the latex and the star (pin) will disappear out of our existence as we know it. Now you have a black hole, a tear in the fabric of space-time.
Now where does that hole go? If space-time is "curved" (in a fourth dimension--in our latex analogy the rubber is the surface of a balloon), perhaps the hole simply drops you into a fourth dimension where you'd float aimlessly (inside the balloon), or "fall" toward the center of the 4-dimensional universe, or (if the fabric stays intact) perhaps it'll work its way to another part of the universe (the other side of the balloon). But if the universe is actually "flat" and not "curved" then perhaps there are many layers of latex, and when you "fall" through the black hole you'll land in another 3-dimensional universe, parallel to but different from ours.
It's fascinating and mind boggling to think about it. But it's almost the only way to get an understanding of a fourth dimension, by removing one dimension from the discussion (universe being a sheet or balloon).
Oh well, that's enough incoherent rambling for one day, especially on a topic I know so little about!
KJP