[zeroca]

(Please, revise the thread Dark side of the Moon – post #28, named - What changes occur after spin starting?)
As I mentioned above, space bubble of solid body makes solid matter placed inside it to concentrate centrally inside this bubble, but attracts solid matter, placed outside of this bubble. For instance: space bubble of the Earth attracts the Moon and space bubble of the Moon attracts the Earth.
How behaves the Sun towards the Earth in this respect?
Let’s try to systematize it:
---Sun’s space bubble attracts solid matter placed outside its bounds, i.e. it attracts the Earth.
(Sun’s space bubble attracts the Earth);
---Earth’s space bubble makes solid matter, placed inside it, pressed to the center of bubble, i.e. pressed to the center of the Earth.
(Earth’s space bubble makes solid matter of Earth pressed to the center of it);
---Earth’s space bubble attracts solid matter, placed outside its bounds, but doesn’t attract expended matter, placed outside its bounds; just opposite – it pushes away (repulses) expended matter, placed outside its bounds, i.e. Earth’s space bubble repulses, pushes away the Sun, i.e. the space-body of the Earth is escaping the expanded matter of Sun, and if we take into account that the Earth also spins on its own axis (variant A on the diagram), then the question:
With which side Space-body of the Earth will touch the space bubble of the Sun?
Can be answered - Surely with equatorial part of the Earth's space bubble, because Earth's equatorial part is less attractive by the space bubble of the Sun (as the former has linear speed), than any polar part of Earth (as mentioned part is fixed), and if space-body of the Earth will touch the space bubble of the Sun with any of its polar part (variant B on the diagram), then Earth will be deprived to move around the Sun, i.e. the Earth (spinning only on its own axis) will be fixed with its axis and be attracted with most force, so this state wouldn’t be balance-saving. So, spinning Earth in any case chooses to be less attractive in order to escape freely with its space bubble mostly repulsed by expended matter of the Sun (variant C on the diagram). (We must keep in mind that Sun isn’t spinning on its axis and realization of striving of expended matter to the periphery of space bubble of it can’t find realization of its straining into spinning (as it had been in the example of space-body with solid matter), so the mentioned straining of expanded matter to the periphery must find its realization in Earth’s moving around the Sun)