Complementarity of Heuristic and Cognitive Metamodels – Hybrid Approach

The structural similarity of biological, organic and inorganic substances in the nanoworld, on the one hand, blurs the lines between them, and on the other, creates new opportunities for digital modeling. The fundamental characteristic of the nanoworld is its spatiotemporal structure as a set of stable connections that ensure integrity, adaptation and preservation of the basic properties of a self-organized dynamic system under internal and external influences. The goal of the work is to develop an integrative methodology for modeling 3D structures, within the framework of which to create a meta-theory of digital modeling of physical reality.Human activity in real and/or virtual space creates cognitive problems that are caused by a hybrid subject environment. However, the commonality of biological, organic and inorganic substances in the nanoworld makes their structures similar, which made it possible to develop an integrative methodology for modeling 3D structures of information sources of various natures. The methodology is based on the complementarity of paradigms and tools for digital modeling of physical reality, which are united by physical and social ontology.The harmony of perception of triads of conjugate opposites in information sources of various natures is the basis of a hybrid approach to the integrative metatheory of digital modeling of physical reality. Therefore, in extreme conditions, the connection of hybrid thinking with the holographic nature of memory, which also has a semiotic nature, is important. The prospects and innovative potential of the methodology for modeling 3D structures and the complementarity of metamodels of physical reality are discussed.