In article ,
says...
The above may not be very satisfying, but better arguments become
really complex.

Thanks for that which does not really explain why just how it is. But
that is fine.


If you consider the field in the context of quantum
field theory, then the electric field will consist of the virtual
photons associated with the charge. Virtual photons can propagate
faster than light as they carry no information, and so there is no
problem in reaching the horizon.

So virtual particles can escape a black hole.




--
The bouncer causes more fights then anyone at the bar. Yet the roughest
bars are those without a bouncer.

Observations of Bernard - No 49

Dear Bernardz:

"Bernardz" wrote in message
news:MPG.1aac7b99ed492647989955@news...
In article V480c.5534$h23.2351@fed1read06, "N:dlzc D:aol T:com \(dlzc
\)" N: dlzc1 D:cox says...
one wonders if a BH
cannot itself contain other BHs,


No reason why not.

I would think that with time, being 90° from space for each successive
Universe, eventually BHs would share some common dimensions. A BH has its
time axis colinear with a segment of the container space.

I would wonder if two BHs contained in one space, aren't actually two doors
to the same place. They don't have to be, I suppose. But they might
simply open to the same derivative space, but at different times for the
"horizon synchronization". In other words, our Big Bang could correspond
to the first event horizon, and the arrival of Dark Matter (which was not
present at the time of the CMBR) could correspond to a second hole with
some common axes...

David A. Smith