
Originally Posted by
kojax
I'm thinking of the Schwartzchild radius.
I'm starting to think that, if you got past the event horizon of a black hole, the field would invert and become repulsive instead of attractive, pushing you back to the event horizon. There's no way to be sure about this specific prediction, because outside observers can never observe anything to get past the event horizon (because time stands still there.)
But.... what about a repulsive field? What about the positive electric field that surrounds a proton? I imagine it would also have a Schwartzchild radius of some sort, and from the perspective of another proton, time would be super fast at that radius, not super slow. So... if a proton gets past the Schwartzchild radius of another protons electric field, maybe it inverts?
This is my theory of the strong and electromagnetic forces. I think that maybe the same field creates both forces. It would also be the reason why the strong force doesn't drop off according to an inverse square rule. My thinking is that this part of its behavior is also inverted. Once you get past the inside of the Schwartzchild radius of the field, it should get weaker as you get closer to the center, instead of getting stronger.
Feel free to tear this apart. I'm just beginning to study nuclear physics now, and I always like to start my studies with a tentative model, which I will then continue to adjust until I get it right.