Bubbles, spores and geodesics

 If the bubble reactor dries into a spore of the proper proportions, for the season, and it gets a very ligh mist in spring,what happens?  We get the lowest order expansion of our chiral pseudo proteins.  This is like photo electrons, we are quantized to energy levels. The various contortions of the phosphoroud, nitrogen are at distinct energy levels. he smallest noticeable spring brings out the lowest level first and it appears geodesic, compose of those amino pairs that make the matching  partial pressure of the residual mass of pseudo protein. There is still excess work for Boltzmann.  But his new geodesic has variability, it can shrink and expand a bit, and it pumps water and carbon.  But in doing so we further restrict our seasonal latitude. But the new energy level dominates in that region.  Now we have spores that can dehydrate in reproducible spores and hold geodesic layered bubble surfaces with more partial pressure insulation. But now restricted to a very unique seasonal path. I Boltzman wants to keep finding work he needs differential surface mobility on his spores, they need to float the appropriate weather patterns and migrate differentialy. Weight alone keeps the spores in the same valley, for example.  Or they can be light weight and maintain a better  temperature floating.  Once evolution has protein geodesics, it has another kinetic energy axis, it can survive in the atmosphere for matching the geodesic that lands it most optimally. Boltzmann, always needing another axis under extreme congestion.

If we include lower atmospheric bouncy to our pseudo protein bundles the Boltzmann will create the equivalent under waters bouncy as it has to minimize surface collisions.  Each collision with a floating spore causes the opposite reaction, and this is still chemo kinesis and that is distributing of aminos to accurately absorb the collision.  More filtration of the environment as a logistics problem in maintaining chemical reversibility with the appropriate delivery at the proper energy transitions.  It is successive approximation, so Bolzmann rules out all but the most optimum maintainable energy levels at the most appropriate spot. Winner take all. Boltzmann decides by build the most convenient container at the current level, then lets nature take its course until he finds another optimum container. Each container holding some excess kinetic energy.