[analog]

Ok Dave,

I like where we're headed, but you'll have to be patient with me. The medium I refer to is the surrounding aether (spatial density) which is on the outside of a structured form of matter once it has acheived angular momentum.

So here's my question then, if the increased spatial density at the core of a black hole allowed for the manifestation of a fundamental quantum particle, (structured matter, which I would assume would be the minimum amount of aether which could maintain angular momentum) once it is released out of the axial jet, whereby it now finds itself within a medium of decreased spatial density within the outskirts of a galaxy, would its angular momentum not be affected in some way, as if it were decreasing angular momentum and decaying back to unstructured aether?

If it took the increase in spatial density to allow it to form, doesn't that allow any change in spatial density within a medium, which contains it, to affect it once it has aquired the needed angular momentum to become structured matter?

Perhaps the increase in linear velocity, now that it's traveling further from the center of a galaxy as it swirls, would have to also play a part?