I think there may be limitations in application of all 3 (I still have not thought through completely any one system where all three are used in the functional thing itself) when applicable to temporal hierarchies as to relative contributions from spontaneous and non-spontaneous processesing of STRUCTURE both stationary and non-stationary. So for instance if the energy to be divided on an average were attainted in the same ecology BOTH by light and chemical rxns but in different genetics it may still be homogoenous as to the mental copy of the energy differentiation provided there is some co-evolution. Interestingly if the two different lineages were to have complementary strucutre-funtion inversions of the space-time heterogeneity itersections equally across levels it might be possible to realize a case with the thermo laws and Gladyshev's law (1-2) found in theory in "Thermodynamics of Biological Evolutoin and Aging Supramolecular thermodynamics is a key to understanding phenomena of life. What is life from a physical chemist's viewpoint Adv. Gerontol. 2002 - Vol 9.P-49-53
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The main reason fro this statement is connected with the phenomenon of metabolism and exchange of matter of different hierarchies. Lower level hierarchical structures are often reproduced in a medium of higher level hierarchical structures during the life time the latter.
My only concern so far seems to be is as to if the energy "units" cut across or between the figures of electron orbitals of atoms as soon as any coherent set of biological timings were to have been proposed.
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