NLT-Black Holes and isolated Forces-pre event horizon analysis 1 of 3

As everyone knows who has read NLT, forces represent the prior stage of linearity in terms of how many coordinates are changing at once.
Now we are going to talk about the isolation of those forces within the next higher stage of linearity in terms of dimension.
This is most obvious when looking at the event horizon (which happens to be the next stage in one of the various elements of the pending or to be pending grant inquiries (still looking for that cave-laboratory).
And speaking of the cave laboratory, let's talk about the value of NLT.  Every dime spent looking for the Higgs Boson is wasted according to this theory.  So is that spent looking for strings and holograms.  That doesn't mean that the math is wasted, it is, after all, the study of time from which this work will grow.  But lets face it, wasting time looking at test results from CERN and Sanford when you're looking for the wrong thing, well, that's just wasteful.  Worse still, until you understand what you're looking for, even when you see it you don't recognize it because you're trying to make something else.  Give me 10% of that wasted money and I'll give you a floating car or something.  Well, probably something and not a floating car, but I could really use the money.
And perhaps the greatest waste of all is teaching the balderdash to a new crop of students who should be studying non-linearity and inviting me to be guest speaker.  It's not like I'll be around forever.  Maybe even a very short time.  Alas, but back to the discussion at hand.
As has been shown in CT4 (matter) we find CT3(forces) namely the strong and weak force which hold molecules together.  These are not found outside of matter, at least as far as I know.
Likewise there is a force which I will call "black force" which holds black holes together which is not seen outside of black holes which gives them stability in proper concentrations (10^32).
We can, however, tell something about BFs from the other forces which we are familiar with.
One thing, of course, is that it is a force based on four dimensions (because it is a negative CT4 state).  This is consistent with the discussions which are in the book concerning CT0, 1 and 2 energy states.
The more complicated CT3 energy states that give rise in 3 dimensions to the forces that hold matter together have not been fully evaluated and, again, this is part of the inquiry into field equations which is part of next stage with grants.
We do know that an understanding of one force will give rise to a greater understanding of the next and already NLT has provided huge strides past the prior methodology by showing how the forces build which should give some idea of how they evolve.
why are theses forces only visible or why do they only exist with a certain time state? what concentrates or gives them stability or existence.  these questions may allow us to picture other time and force states
And we know from experience that the forces can only exist in the context and proximity, that is they have to change with, the next higher state.  So BF will only be present within a black hole just as nuclear forces are found only in matter and presumably the same can be said of the other forces although that analysis requires some pretty tricky thinking...and why am I not surprised.
If we can harness CT5, that is if we can make a stable ct5 state short of concentrations that would crush us (a dilithium crystal in the lingo of star trek) it will be this analysis that will provide the key.
But that is another post story.