Spinning black holes

I wonder if this is a conundrum:

Nothing can escape a black hole, right? But can a black hole, through
some unexplained cause (passing star maybe), spin SO FAST that it
ejects parts of itself and become un-blackholed?

I've read that black holes can merge. But what if two black holes
smashed into each other at extraordinary speeds? Would they still
merge or would they be blasted apart.

Maybe I'm thinking too Newtonian and that space/time is warped so that
none of these events can ever happen.

"46erjoe" wrote in message
...
I wonder if this is a conundrum:

Nothing can escape a black hole, right? But can a black hole, through
some unexplained cause (passing star maybe), spin SO FAST that it
ejects parts of itself and become un-blackholed?

I've read that black holes can merge. But what if two black holes
smashed into each other at extraordinary speeds? Would they still
merge or would they be blasted apart.

Maybe I'm thinking too Newtonian and that space/time is warped so that
none of these events can ever happen.

Could it be that Quasars are actually black holes colliding, after they
gobbled up their respective galaxies ?? After all, they are about 10 - 13
BLY distant, which means they have had enough time to digest an entire
galaxy.

joe Spinning black holes must make the accretion disk they create in
their act of tearing apart a star that is revolving around it
Like spokes from a spinning hub out to the wheel's rim. If we could
measure the speed of this accretion disk it would help in measuring how
fast the BH is spinning Bert

To All A close to 'c' spinning black hole is the universe's hardest
object to TILT Bert

G=EMC^2 Glazier wrote:
To All A close to 'c' spinning black hole is the universe's hardest
object to TILT Bert


Think so, Bert?

What if those fast spinning black holes spin so fast they turn into
donut rings, and then the donuts become wider and thinner, and
eventually strech way out and become cosmic strings? Then those cosmic
strings might go whipping through clouds of gas and dust, disturbing
them into causing stars to form as we observe in some places. What if
a cosmic string cut through the Earth? What effect would it have?
Would we survive?

"The universe is a dangerous place!" - Dillon Hunt.

Double-A

Double-A What's with all those "What IFs''With such a strong gravity it
is hard for spin to make a black hole much out of round. Its a fight
that can only end up as a tie(equal) Dog again catching its own tail.
Reality is never a space hole in its core(no donut ),for the core holds
in its exact center a singularity. In effect this singularity has the
protection of the complete universe. You can relate that to a
female elephant protected by the herd. Bert

G=EMC^2 Glazier wrote:
Double-A What's with all those "What IFs''

What? I can't use that line?

With such a strong gravity it
is hard for spin to make a black hole much out of round. Its a fight
that can only end up as a tie(equal) Dog again catching its own tail.
Reality is never a space hole in its core(no donut ),for the core holds
in its exact center a singularity.

"The singularity itself is ring-shaped."

http://nrumiano.free.fr/Estars/int_bh2.html

In effect this singularity has the
protection of the complete universe. You can relate that to a
female elephant protected by the herd. Bert


It's the badest boy in the galaxy! You think it needs protection?

Double-A

Double-A I left out the female elephant is pregnant Yes I can see the
singularity like a curled up dimension. That would fit well with
superstring theory. QM would have i as massless dot. GR can have no way
of describing a singularity it don'[t relate to the tiny micro realm.
Bert

G=EMC^2 Glazier wrote:
Double-A I left out the female elephant is pregnant Yes I can see the
singularity like a curled up dimension. That would fit well with
superstring theory. QM would have i as massless dot. GR can have no way
of describing a singularity it don'[t relate to the tiny micro realm.
Bert


With Kerr black holes, the singularity cannot be a dot. All possible
black holes would be Kerr black holes because everything spins.

Double-A

Double-A I most certainly go with every thing spinning. How do you
think I came up with my "Spin is in theory" There would be no micro
universe if great spinning did not exist. Reality in this particle realm
all spinning particles have to relate to the electrons spin,with only
one exception and that is gravity's great spin. I think I heard you
say to yourself Double-A How fast does a graviton spin.
Answer is it turns,or you could say vibrates at the set rate of
a thousand million million million million million million times in one
second. A second divided by 1 with thirty three zeros after it. This
makes the action of a vibrating quartz like its at rest Bert