SELF-ORGANIZING NUCLEOSYNTHESIS IN SUPERDENSE PLASMA

SELF-ORGANIZING NUCLEOSYNTHESIS IN SUPERDENSE PLASMA 

 Main Hypotheses to the Conception of Optimal Conditions for Nuclear Synthesis


 Based on the results of researches from a viewpoint of the control theory on the qualitative features of multilinked dynamical systems using methods of the control theory, as well algorithms of optimization for their phase trajectories(seeRefs.16,17),welateranalyzedthemostcharacteristictraits of self-organization in multilinked, stable dynamical structures (systems) of any physical nature, including atomic nuclei as stable assemblies of nucleons. Thisanalysisresultedinunderstandingofthekeyroleofthefollowing factors in processes of such nature:
 • intense external disturbances of a certain kind, called dominating

SELF-ORGANIZING NUCLEOSYNTHESIS IN SUPERDENSE PLASMA

SELF-ORGANIZING NUCLEOSYNTHESIS IN SUPERDENSE PLASMA
 

S. V. Adamenko

Inthelastdecadesofthe20thcentury,revolutionaryprogresshasbeenmade in studying the mechanisms of self-organization of matter (see Refs. [4–9]), using fundamental knowledge in many areas of science. Principles of selforganization developed in those studies have been successfully applied to understanding and controlling many complex processes, such as chemical reactions, laser generation, etc. At the same time, the role of collective self-organization processes in physics of elementary particles, atomic nuclei, and natural nucleosynthesis still is not realized as being of key importance. The next years are to be marked by the ever-increasing interest in the processes of self-organization in the nuclear matter, and the change of focus from the problems related to analysis of its components towards those of finding the laws applying to the synthesis of its structures. In our view, this is the area to look for solutions to a number of fundamental physical problems.