On Fri, 3 Jun 2005 19:21:58 -0700, Eunometic wrote
(in article .com):

I think its not to hard to derive. If gravity is so high that escape
velocity (eg for a missile) excedes the speed of light you get it. The
fitgerald-lorentz contraction equations.
http://en.wikipedia.org/wiki/FitzGer...tz_Contraction

It isn't the black hole solution that gives the error. The radius of the
event horizon (the place where the speed of light equals escape velocity) is
the same when calculated classically or with Einstein's gravitation. The
problem comes with the singularity, or what happens after that. You get the
equivalent to a division by zero in the center, like with anything where you
divide by a radius and you try to see what happens at the center. Radius is
zero -- oops, condition red -- global causality error! The universe does not
allow division by zero. Perhaps it falls in the realm of the absolute
elsewhere, or perhaps not. Nobody knows.

-- Charlie Springer