It will shed skin to keep the current energy level designated by N, or xyz.
If my snake jumps up and energy level then the next layers of skin will have more granularity in its colors
In Markov units the shape and form stay the same, just complexity increases. In flat earth you will notice a longer, longer snake. The difference is in partition, each layer has minimized paths such that it only count deviations along a surface.
In flat earth coordinates, jumping to the next energy level is about computing the next volume, then remove the old volume to get the shell. In Markov units it is about removing all the redundant paths through the volume. The next shell is a continued approximation of the previous and the previous configuration is partitioned, mostly unaffected.
When my snake does an energy jump it takes the right side of Markov and removers all the previous redundant paths through the volume, and on the right side is is punching holes in new layer of snake skin so it can crisscross along the surface. Mainly it needs to spin about the curvature. So that extra layer of skin needs to rotate independent of the previous layer. The result is that it counts N to within an integer on the surface.
In atomic orbitals we assume the proton a point source meaning we can jump to energy level zero and 1. Not so, unfortunately, as the vacuum has bound compression error, it is Planked. My way of thinking says that there is a maximum shell in which the next curvature is too precise for Plank.
Two symmetrical energy levels are two snakes, the one chasing the other always one N in surplus, and thus even odd spin. And the quarks are unclosed, confined. They are two energy levels with insufficient N. These is constant energy level jumping and direct spin interaction. By direct spin interaction I mean Markov will not work.
When light cannot keep up the vacuum particles move relative to each other, an unstable symmetry. At stability only the relative squeese per vacuum can change. Markov has to refer to some external equations when N is directly manipulated, the system has to adapt. In that case, those Markov counters are uncertain, never quite right. It means the physicists do not really have a surface to volume relationship and need to compute both independently. Think of it as a message encoder but the messages keep changing shape. The physicists have to find all possible messages, work the under determined problem. They are working the pit boss problem because humans never have proper N and always adapt, leave direct collisions.
Playing around I can find markov trees for any dimensions, but they have huge numbers. They must all start in the minimized position, and the colors still restricted to a single rotation about the snake.
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