S= c3A/tG
S= c3A/tG
Little bits of the universe disappear
Everything turns green and then you go POP!
Information is never destroyed. You can always retrieve information about lost particles even inside a black hole
everything is destroyed, except for jack dawson's love for rose
Are you talking about the information paradox? Information doesn't just go away! The universe is not unpredictable.
There are tiny subatomic black holes everywhere eating up tiny bits of information
So I can be both dead and alive at the event horizon?
Flagpole's advice actually becomes sane and reasonable?
No. Not even a black hole could make that happen
There is no such thing. Only a theory. Due to the nature of our biological make up, we will have no use of Event Horizon, however once the soul leaves the body these theories become trivial. The mind and soul are complex sources of energy that contain personalities.
I watched a tv special that says it depends on what perspective you are observing from. If you fall into the event horizon you just go through and get torn apart. But if you are watching someone else fall in, time would appear to slow down so much that they would appear frozen in time so you would just see them floating in one spot on the edge.
Just find the crack in it and you can escape A-OK
Instinctual knowledge wrote:
Are you talking about the information paradox? Information doesn't just go away! The universe is not unpredictable.
see: Quantum Mechanics
you can see the back of your head
couch potato wrote:
I watched a tv special that says it depends on what perspective you are observing from. If you fall into the event horizon you just go through and get torn apart. But if you are watching someone else fall in, time would appear to slow down so much that they would appear frozen in time so you would just see them floating in one spot on the edge.
^Apparently this.
You die, but the light that shows that to the external viewer never gets to them. Thus, you seem to be frozen (actually moving increasingly slowly).
I just read in "From eternity to here" by Sean Carroll that if you were falling into a black hole the size of our sun, it would take a billionth of a second to reach the singularity at the center of the black hole once you passed the event horizon. Of course, you would be vapor already.
