>>143093441/?
Does it seem as if, small masses can easily pass through the gravity mediums curve, but larger masses press up against a larger surface area, of the gravity medium, so is it like the fineness of the lattices of a strainer or net?
Small masses pass through, large connected masses take more to move more out of the way, this making the gravity medium move out of the way takes more energy, space, and time, and mass;
Little masses take a little energy, space, time, mass to move the local gravity medium.
But the strange thing, the gravity medium at once can so easily be moved out of the way ( though this is to degrees, because we only move the gravity medium out of the way; after the Galaxy has made it's grooves, and the sun, and earth);
But regardless, the sun is pushing gravity medium out of the way, and maybe this is partly contributing to activities of the sun? Butting up against the gravity medium, which is already curved, grooved by the twisting super massive black hole, and/or every star in thr galaxies grooves keep every other star in it's lane;
But ultimately the sun must be riding some embankment, to be forced it's curved path;
So it is butting up constantly against a portion of gravity curve; let's say if the sun is traveling clockwise around the supermassive Galaxy center;
On the sun's left hand side there is always an embankment of gravity medium that; although gravity medium is possible to easily move out of the way;
Some how the sun cannot easily move this embankment of gravity medium on its left hand side, as this embankment (3d, being: tube) is forcing the sun to travel right;
