Several hypotheses and regularities in the chemistry of highly organized substances

Abstract

AbstractIt was found that level of structural substance organization, amount of embodied information, and consequently, substance properties are determined by the degree of the substance polyatomicity. This substantiates the fact that both covalent and noncovalent supermolecular individuals, which are the matter of the chemistry of highly organized compounds, fulfil the same general chemical but different specific regularities. Among the former there is extended Prust's law, which was re‐established by the fact of production and identification of solids with the constant composition. It was also found that formation of any individuals is due to production and realization of a certain amount of information sufficient for their structural organization. Chemical modeling of biosynthesis was chosen as the common approach for developing the processes of production and realization of information. It was shown that well‐known processes of chemical buildup (CB) and molecular self‐assembling (MSA) are those chemical models. The application of announced regularities has opened up a new perspective to create chemical‐information technology (CIT), allowing us to produce material resources making no perturbations in the planet ecosystem.