CYBERNETICS AND SYSTEM CONCEPTS IN THE NATURAL SCIENCES

Abstract

SUMMARY An attempt is made to reveal the prospects for an interaction between cybernetics and the natural sciences on the basis of molecular cybernetics, a synthetic discipline that takes into account both informational and physical aspects of the systems. In this paper: 1) A quantum‐theory‐based concept of organization (concept of a system) is formulated; 2) the unification of a number of concepts of cybernetics, a physics to build the concepts of molecular cybernetics is suggested, and 3) a concept or organization in molecular cybernetics based on concepts of a universal unit of organization, a Bion, of a coherent electron graph system and of electromagnetic natural control, is discussed. Prospects for the implementation of molecular cybernetics' devices for optimization control are also briefly discussed.

Citation

BYKHOVSKY, V.K. (1982), "CYBERNETICS AND SYSTEM CONCEPTS IN THE NATURAL SCIENCES", Kybernetes, Vol. 11 No. 1, pp. 21-26. https://doi.org/10.1108/eb005604