FORMATION OF THE ORDER PARAMETЕRDURING EVOLUTION OF A NON-SPESIFIC COMPLEX SISTEM
The paper analyzes the evolution of the spectra of allowed states for a system without any specifics. The analysis is specifically focused on the formation of the order parameter of the system and its boundaries. The generator of allowed states is regarded as the proto-structure, a two-component system of relations shown on the numeric axis and presumably acting as the primary form for different objects of nature. Both components are made up of cycles, i.e. repetitive sets of relationships. On one hand, it is shown how the interaction of cycles belonging to two different relative characteristics leads to the establishment of the hierarchy and the order parameter. On the other hand, the proto-structure boundaries are formed following the harmonization of its two components. An analytical expression is provided for each of the allowed states.The appendix is considers a part of the Solar system structure at the initial formation stage. The structure is located on the ecliptic plane and comprises a planetary orbit. The role of the order parameter is performed by the relative angular momentum. On one of the obtained boundaries the identified speed limit coincides with the light speed within 0.1%. The minimum model radius of the system is twice smaller than the gravitational radius of the Sun. For most planetary orbits, model and observational data matches in a range close to 1%. It is pointed out that the existing significant differences regarding, for example, the asteroid belt can be eliminated while analyzing further stages of the system evolution.