[zeroca]

The first I’d like to say is that the whole universe exists within time, i.e. it can’t be imagined without it. As for space it isn’t homogenous “vacuum” within which all action (I mean all kinds of motions of solid and expended matter [of planets and suns] takes place), just opposite, I think that just space is the reason, the locomotive force that determines all kind of motion within universe

I will try to analyze briefly and roughly space without explanation of mechanisms:

Each solid body has its own space around it. This space I call figuratively space exp.bubble and it presents expansion by its nature. The central point of expansion (i.e. the center of it) and the center of solid body coincide. This expansion happens, lasts during the time permanently
Space exp.bubble makes solid matter to concentrate to its center (to the center of this space exp.bubble), but attracts solid matter placed outside its bounds, i.e. outside of bounds of space exp.bubble, i.e. central part of space exp.bubble is for solid matter, but its periphery (inside part of boundary) – for expanded matter.
Also Space exp.bubble of solid matter (i.e. expansion) repulses the same kind of space bubble, which is neighboring it (e.g. spaces of the Earth and the Moon repulse each other and serve as a barrier between these solid heavenly bodies against falling of each on another, and the space of each attracts solid matter of another)




Each expended matter (e.g. the Sun) has also its own space around it. This space I call space rar.-bubble and it presents rarefaction by its nature. The central point of rarefaction (i.e. the center of it) and the center of expended body coincide.
Space rar.-bubble makes expanded matter to concentrate to its center, but attracts expanded matter placed outside its bounds, i.e. outside of bounds of space bubble, i.e. central part of space rar.-bubble is for expanded matter, but its periphery (inside part of boundary) – for solid matter.



I.e. space exp.bubble and space rar.-bubble are directly opposite to each-other qualitatively
I.e. whole space of universe in the first place can be divided into rarefactions of Suns, as stars present relatively unmoved “points” of universe, i.e.
Suns present relatively stable framework of universe



Their disposition roughly can be imagined this way:



I.e. expansion happens within time
Concentration of matter within expansion also happens within time
Orbital movement of solids forced by Suns also happens within time…
Expansion of solid body spins along with body together...

Despite Suns' being unmoved points of universe, all orbital rotation of solid bodies is forced by them, i.e. this is the example of “active motion” – “active influence”, and so it also must be considered in connection with time…