Theory of α-structures

briefly...

Each time the discovery of a new type of evolature raised the inevitable question of what actually gives rise to this structure. And each time the answer was an even larger and much more difficult to understand evolatural structure, which each time confirmed our hypothesis about the existence of an evolutionary evolatural chain. The discovery of the proto-evolature structure was, on the one hand, predictable, but at the same time extremely difficult due to the extreme unusualness of the objects that implement the natural mechanism for implementing this structure. Proto-evolature structures have brought us to the point of the Big Bang. But driven by curiosity, we did not stop and took the next step...
The hypothesis of the existence of α-structures allowed us to answer questions, the very formulation of which seemed madness earlier:
- what gave rise to the very first evolature
- why do evolatures evolve?
- is there an even more complex superstructure that generates evolatural structures?
- what are the objects that make up this superstructure?
- what is the zero "divine" object of the superstructure that launched the harmony of chaos?
The theory of α-structures seems to us to be superglobal and to have absorbed the theory of evolatures. It describes the objects and mechanisms of the primary (alpha) structure, describes the mechanism of the origin of not only our Universe, but also a picture of an infinitely more complex general "landscape" that "remains behind the scenes" of the Big Bang. Among other things, the theory describes the very first zero α-object of the structure, which generated from nothing the infinite unity of the harmony of chaos. Studies of the dynamics of α-structures revealed to us a certain theoretical phenomenon, the essence of which seemed very familiar to us ... unexpectedly, an exact cosmological analogy was found for it - dark matter. Apparently, the theory explains the nature of dark matter, its inevitable existence in the Universe, as well as its certain, let's say, "extreme heterogeneity" (there is no term in physics to describe such a property). One of the consequences of the theory of α-structures was the unexpected prediction of the existence of two types of black holes: ordinary and "strange". Strange black holes may paradoxically lack some previously theoretically predicted and later observed properties of ordinary black holes. Moreover, the number of strange black holes should be significantly greater than the number of ordinary ones.
At the moment, within the framework of the theory, many difficult questions remain to be answered, and our research continues.