INSTABILITIES IN THE ALLOWED STATE SPECTRUM OF A SELF- ORGANIZED SYSTEM. PART II
The paper suggests a single scheme for position interaction on the number axis, which can be applied to explain the formation of long solar cycles (up to ~ 390 thousand years) and the asteroid belt the Solar System. The framework of a complex formed through the interaction of two proto-structure cycles is analyzed. The proto-structure is understood as a system of relations common for objects of various nature. The framework comprises steady parts and parts on which various kinds of instability are formed. Variants of instability in different parts of the framework are considered. Certain positions obtained are interpreted as a spectrum of allowed states for the system order parameter; other items act as centers of symmetry. When applied, the order parameter is regarded as a relative angular momentum, allowing us to discuss the space-time structure of the above-mentioned parts of the Solar System in the ecliptic plane. The model results are consistent with the observations in the range of 1-4%.