[zeroca]

Let’s return again to the starting stage of world arising. I realize soberly that mechanisms and analysis, produced by me might be wrong, but let’s proceed with logical chain:
As we mentioned in previous post, permanent centrifugal expansion (i.e. space) determines permanent concentration of solid matter (placed inside of bounds of this space) to the same center; permanent concentration of matter to the center conditions increasing of centrifugal repulsive force, which exists within bounds of solid body and determines revolving of it. (See previous post).
Let’s assume that the universe consists of one body and this body is its smallest part, i.e. its elementary particle. Let’s conventionally call it atom.
If universe consists of one single atom, the adjacent space of which presents centrifugal rarefaction (expansion) from the center to all directions ideally, but the atom itself presents centripetal concentration (consolidation) from all sides to the same center ideally, then in such case press on the center of atom from all sides is equal, then centrifugal repulsive force (acting inside atom) is equal to all sides as well.
In which direction will start atom to revolve?
The mentioned question could be answered: in direction at random choice, but one can argue about it, as in ideal situation there isn’t any random choices, i.e. there isn’t any such opportunity despite existing of repulsive centrifugal force, which is equal to all spatial sides. Anyway let’s put off analyzing this theme a little (we’ll return to this subject in a while).
In any case after starting of spinning, the first pair of “opposite” points of atom, which in the “moment of starting were unmoved”, become poles at once, but the first peripheral point of atom, which circumscribes a longest circle, becomes part of equator at once, as spin-starting point on the periphery has chance only to circle ideally, and because of absence of frictional forces proceeds spinning in chosen direction; and I won’t trouble myself with explanations as that’s too easy to prove.
I.e. if atom begins to spin it must spin on its axes, i.e. must have poles and equator.
Spin-starting real motive, real cause can be appearance, birth of the second atom.
1. If birth of the second atom happens within the spatial bounds of the first atom, then the bodies of both atoms will unite and they will have common space, and arising of heterogeneity (of disturbance) within the spatial bounds of first atom at once becomes the stimulus for spin starting.(The first animation)
2. The birth of the second atom outside the spatial bounds of the first atom will result in arising of two independent spatial elementary particles, joining of those is prevented by spaces with opposite directions, i.e. barrier for joining is different directions of atoms’ spaces, placed between these two particles. At the point of touching the spaces have opposite to each-other directions. Joining of particles in this case can happen only by applying of outer force, i.e. must happen splitting of adjacent spaces of particles after getting them at some critical distance under influence of outer forces, which in our examined case doesn’t exist.(The second animation)
In the second case arises new opportunity: rotating movement of both particles not only on their own axes but around each-other.