Me and my brother - the armchair physicist that we are came up with this! We are interested if the professional community has any concepts of this nature. Here we go... Newtonian physics provides a framework of concepts to explain reality at what you could call our 'normal' level of measured reality. Another way to loosely say it - what we experience with our own senses without technological assistance. Then comes GR and QM. Both explain observed reality on a larger/smaller scale. These scales of measurement - especially with QM - is not normally observed from the Newtonian set of laws. We do not notice all the quantum interactions as we watch t.v. When astronauts orbit the earth they do not notice the time-dilation difference. But these things are measurable. I think of it as different theories having different applications depending on the scale involved. Now with all the different approaches that have been taken to explain a black hole nothing has yet given us a full explanation. Would you need a new set of mathematical constructs to explain a black holes' true behavior? Like the Newtonian Laws that have no compensation for the effects of gravity and motion with regard to GR. Would a new tier of concepts need to be introduced? GR breaks down when you examine black hole so...does this warrant an idea like this? Are their any fringe theories with this sort of concept in mind?