If angulat momentum is split three or more ways, then relative curvature increasing, N remains the same.
Orbitals segment by spine state. That leave high charge deviation per segment or more curvature, and more magnetic spin on color operator.
In the orbital set up observed, my color operator need to enter and exit each of those lobes. Hence the squares in Markov, the three counters must count twice each time the deviation count is minimum, at the center.
But the segments are split, to the nearest 1/2 and to the nearest 1/3 of that and so on. But the spin deviations are split and the charge deviations are split, There is excess charge per lobe, curvature decreases. They call principle quantum number N. It is really the total count of deviations. N does not always cause a jump in Markov, it can cause a segmentation, like even odd deviation counts, but each segment is insufficient for closure. This diagram sholdt be changes to represent the hyperbolic ruler, a snake that spirals the deviation count. Then this diagram would be a snake, connected and traversing the interiors of those lobes in order. If it were a tree color knotted snake then at the center, each traversal of the snake one notch counts one integer the surfaces holding round off error..
The cheats, multiple energy levels mean multiple Markov points, I think. We are counting deviations along the surface. Without rectangularization, green, the faster counter is much taller, and the Black even much more squashed.
My snake would corkscrew itself through the entire length and the lobes would all turn to the same consistent white, in a 3D translation.
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