Darren New <dne### [at] sanrrcom> wrote:
> Rotating highly charged black holes that don't have the same Schwartzchild 
> equations. (The Schwartzchild equations only work for non-rotating 
> non-charged black holes, methinks.) If you spin the black hole fast enough, 
> the equator doesn't have an EH, or the pole doesn't, or something. (I've 
> heard speculation that the equations must therefore be wrong.)

  If I remember correctly, for a rotating black hole the singularity
will have a torus shape (with a minor radius of zero). The faster it
rotates, the larger the torus. I might remember this wrongly, though.

  Likewise the event horizon elongates, and if it rotates fast enough,
might even get some kind of torus shape itself as well, or something
like that.

-- 
                                                          - Warp

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