Gorn said:
If you are at the center of a black hole which is 'beyond' the event horizon 'time' as you know it stops.
That isn't true. Anything within the event horizon continues to experience time... briefly. Within the event horizon, any particle will inevitably be crushed within the singularity within a finite time. What happens precisely at the singularity is not covered with existing physics.
Since your premise is incorrect, everything that follows is not meaningful.
The idea that time stops at the event horizon is a misapprehension, based on the fact that no signal can get back through the event horizon to the outside. Hence what is actually observed from outside as a particle crosses the event horizon is a signal that is redshifted to infinite, and the falling body "frozen" in time before it ever crosses the event horizon.
However, this has nothing to do whatever with what happens to the falling particle, which (for a sufficiently large hole) may not even be able to tell anything particularly different as the horizon is crossed. Furthermore, since only a finite number of photons can ever come back from the falling particle before it falls through the event horizon, you don't actually "see" any "frozen particle". You see a signal redshifted to invisibility, and then nothing.
For more details, I recommend http://casa.colorado.edu/~ajsh/schw.shtml, a web page by Professor Andrew Hamilton, at the University of Colorado.
If that is the case then no movement takes place in or across the space-time/continum. (abbrev. sp/t/con). Therefore..
It isn't the case, and so the "therefore" is not valid.
Cheers -- sylas