AuT Grant proposal 12

I'll get to some science fiction soon enough, for the moment it is science alone.
I am tired now, having gone for a long bike ride and having lifted weights.  I am disappointed with the things around me, but my heart is full after speaking with you.
I don't have that feeling of contentment that I should have after such a full day, but only because there is so much that is missing, and I both know and don't know what I"m looking for; but I don't have it.

20.      The scale assures that a distant high ct state (e.g. ct5) has a greater effect than adjacent or intermediary states(e.g. ct1, 2, 3 or 4) at least relative to that same high state.  Space has no separation so unless a solutions have a greater effect, pi isn’t significant as an effect.  Other ct states have separation based on relative solutions to ct1.  Both the timing of the solution and the offset and the stacking figure into to curvature equation.  The deep curvature we see around planets and black holes is because of greater solution density over a certain number of stacked spiral solutions (i.e. time).

a.       1-x proximate distance x convention 1

b.      2 Proximate class of solution due to cycling, compression and spiraling all according to F-series mathematics with the number of coordinates changing at once reflected by 11 (11,22,33,etc) ^4

c.       Coordinates changing at once: 3 111 yielding an information compression scale of ^8 with the F-series made up according to the value (3) of n.

d.      4 1111 ^16 (10^(2^4))

e.       5 11111 ^32 (16^(2^5)

21.      Capacitance and the Big Bangs: The rough model equation presently used for NET overlap derives loosely from the voltage capacitance equation is of the type: V=I(tot(ctx))(1-e^t/rc) where rc represents the forces leading to compression, the limits on carrier stacking and the ability to maintain carrier stacking between carrier state changes (as opposed to resistance and capacitance) and ctx is related to the total amount of information available for compression at any quantum point, possibly without.  Distance and  inclusion of historical states which don’t significantly affect this solution become critical in large scale solutions.

a.       part of the solution.; V would represent the amount of compression within the parameters set and I(tot) is the total amount of information and where there. There is such an equation for each type of information in the prior state so in a ct5 universe x would change between ct1 and 5.  T is a function of length along the intersecting spirals being compressed.  Since compression is both effectively localized and diffused over each quantum universe the solution is a sum total for quantum points and not an overall equation although for general purposes it can be defined for net effects. Discharge and decompression would similarly be defined by V=I(tot(ctx))*V(x)/RC)*e^-t/rc where v(x) is based on the amount of compression before the overlap ends and t is the length of the spiral after the overlap. R and C represents position related variable unrelated to their value in electric circuits but the nomenclature is kept merely to make the origin of the model more clear.