Intersecting Black-Holes
By Stephan Ahonen
Have you ever heard of Stephen Hawking's "No Boundary Condition"?
I'll explain: There are two kinds of time; real time and imaginary time. It
is in imaginary time that space is curved to make gravity (If you want, I
can tell how gravity really works). Imaginary time is curved around, so that
a straight line in 3d space turns into a circular loop in 4d space-time. In
this picture, I show the circle, with a black
hole that is causing a dent in space-time:
Now, my theory says that if there
are two or more sufficiently massive black holes, then the bottoms of the
dents can intersect in the center (Note: you would need REALLY massive black
holes, maybe the masses of a few galaxies)
Note that
the greyed out portion is "inside" the universe. and cause a singularity (a
point in space time in which two events are occurring in exactly the same
location). if something can survive the trip into a black hole (a black hole
the mass of a few galaxies is gonna rip apart everything in sight.) then it
can go through the singularity and poof! He's in another region of space!
The only hitch is that there needs to be two black holes, so one can't just
hook up a gravity drive like in the movie "Event Horizon" and warp through
space. You could hook up two though...
If black holes did intersect then there must be a type of space that is between dimensions. That means that one could travel into a black hole, open one into the "non dimensoin" and travel through it allowing them to go between our space and the fourth dimensions space, to any point and place. then utilizing a drive not unlike the one used in "Event Horizon" you could travel through the "non dimension" into the third dimension.
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