Spin
At each time slice, new Omegas were created , the new Omegas should change direction to keep the vector sum of all Omegas remained at void . This means all Omegas should change direction or spin in each time slice. It is clear that at the first time slice Omegas had their own direction , with no spinning , but when new series of Omegas were created the new Omegas had slow spinning , and the spinning frequency increased by creation process , and the inner Omegas were pushed outward . So the most inner Omegas or the most recent created Omegas had highest spinning frequency, and the spinning at the most outer Omegas were zero. This makes a cosine-shape distribution of spinning frequency as distance from the world center increases.
Any Omega is linked to surrounding Omegas by influence of their infinitesimal Dims existing in them , so any change in direction of each Omega forces the adjacent Omegas to change their orientation instantly , no matter how far they are, but the adjacent Omegas should settle their orientation to be able to transfer the physical effect to the next ones. This means at each time slice all the world Omegas change their orientation .
Any physical action has effect on the adjacent Omegas, and this effect between the adjacent Omegas do not depend on their distance. Response is immediately done but the effect receiving Omega should be rotated such that the effect could be recognized. This means propagation of any physical effect do not depend on distance of Omegas in the path, but depends on their spinning frequency.
As result, it is clear that the light speed depends on how the light beam is far from the world center.
The the spinning frequency of any Omega only depends on the local time slice and population of Omegas in any location . This frequency depends on distance (r) from the origin of the world and decreases by distance.
Since all rotational motions are under influence of the world center , it seems that all massive particles, stars and galaxies have same spin axis toward the world center , and all have same spin direction. Maybe there are some with different axis , but finally they would be aligned.