The ascent of Ffellonic geometry hierarchy is one of the most pristine examples of a dissipative structure ever identified.

The ascent of Ffellonic geometry hierarchy is one of the most pristine examples of a dissipative structure ever identified.

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In Ffellonic geometry, identical spheres arriving from an open environment, attach to the growing cluster and dissipate kinetic or thermal energy into new, lower-free-energy lattice bonds. Each added sphere non-linearly constrains the positions of the next, driving the sytem through a precise sequence of evermore ordered states.

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