Inter- and intracellular computation models based on Boolean vs. non-Boolean inconsistency.

Y P Gunji; H Sadaoka; K Ito

doi:10.1016/0303-2647(94)01517-b

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Inter- and intracellular computation models based on Boolean vs. non-Boolean inconsistency.

Y P Gunji·H Sadaoka·K Ito

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Abstract

Systems involving both intracellular and intercellular computation are destined to be described as non-computable. We propose a model for such systems by introducing the inconsistent relation of Boolean and non-Boolean logic. Cellular automata fashioned model exhibits an evolution like class 4 located at the edge of chaos, while there is no local rule for universality existing over the whole space in our model. A system featuring the inconsistent vertical scheme is approximately articulated into a hierarchical system, whose wholeness cannot be deduced by any approximated local rule. In other words, undecidability between a part and whole comprises a hierarchical structure.

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Animals Cell Communication Extracellular Space Genetics Humans Intracellular Fluid Logic Mathematics Medical Informatics Computing Metabolism Models, Biological Nonlinear Dynamics Comparative Study Journal Article

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Y P Gunji, H Sadaoka, K Ito. 1995. Inter- and intracellular computation models based on Boolean vs. non-Boolean inconsistency.. https://doi.org/10.1016/0303-2647(94)01517-b

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