Let me review.
The phycistts cools the hydrogen until only the first energy leverls are availabloe, up to that point where energy level 5 6 switch in the orbitals.
I have that in Bayesian space as 108,. Then the physicist insert his measuring device and that mover the system to the next the next level, and that is unperturbed sample space, it adds in Bayesian space to get 137. The resolution of the Lie paper.
Then the physicist nudges the thing to the next level and count steps around the wobble. That is an exponent in sample space so multiples in Bayesian space getting 17*108.
The numbers fit, pi in in the physics formula so he can map the system to his flat Lie paper. And it is log paper. The base is 3/2. All these numbers come from the Markov tree, except thre 108, that is the Avogadro exponent when we impose the limit on light. Markov does no account for that, that makes N a fuzzy constant. What the physicists measure, often, are clouds of N.
Kind of like deciphering the hieroglyphics. It is Markov because there are no null points along the surface.
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