JBash said:
This leads me to another question?
When BH's "feed" sometimes they will shoot (jet) matter outward- in opposite the direction (where I have learn almost as fast as the speed of light) does this have anything to do with Magnetism?
There's a mish-mash of misunderstanding here.
It's not the BH which 'shoots matter outward', that comes from the matter that's well outside the BH's event horizon.
When stuff (matter, other than dark matter) starts to 'go down the BH drain', a great deal of it ends up in an accretion disk (Google on this term), due to a combination of very well known and well understood physical processes.
What happens in such accretion disks is a topic of great interest to astrophysicists, and there are many who are actively working on this.
One approach is to combine plasma physics (specifically, MHD) with gravitational theory (Newtonian will do, but GR is better), to see what happens. One object of this work is to create models which accurately reproduce what astronomers observe - polar jets.
In these models, magnetic fields do play an important role ... after all, what does the 'M' in 'MHD' stand for?
While a BH's gravity pull is obviously very strong, is it strong enough to separate magnetic poles within particles and if so, would BH be polar?
I'm not sure I follow your question here ... however, magnetic monopoles have not been detected, either in the lab or in astronomical observations.
Such critters do appear in various theories, that go beyond the Standard Model of particle physics.
Whether there are certain regimes near the event horizons of (relatively) low-mass BHs which can produce the kinds of magnetic monopoles of the various theories that predict them, well, I myself don't know.
But even if there is such a prediction, I'd say it'll be a couple of decades (at least) before there's enough observational and experimental results to move such ideas from speculation to a more firm basis.
