>>14288812>>14288812Further more.
Imagine 100 stars near the Galaxy center black hole, revolving around the center. Then a distance further from the center there are more stars, revolving, and a distance further, more.
Now how do we fathom physically these stars remain around the central orbit?
Well first of all the gravity space is 3d/4d, so let's start with a 2d/3d example, try to conceptualize it to 3d/4d and see if that gets us anywhere.
You drop a stone into a still lake. It is no longer still. Concentric circles waves appear to ripple away from the central drop point.
Let's press pause when we see let's say 7 concentric circles. Pause. Larger leading to less larger circles, defined by a moving peak, trough.
This is 2d/3d however, maybe even 3d/4d but of such a particular kind, a kind where one type of consistent substance medium meets another, air medium meets water medium. The wave itself is 3d, but on a surface.
We do not think the stars orbiting the center of Galaxy, are orbiting on a surface, it seems safe to assume they are orbiting in a medium, as if an object can move in and through water or air, instead of an object moving in the boundry surface of water or the boundry surface of air.
So the only quick thought that comes to mind to try to replicate this would be; we still have our concentric circle waves paused remember, keep them paused; and make a copy of the water surface wave, turn the copy upside down, and place it directly ontop aligned with the bottom.
Now if the center was not a simple drop, but the result of 100s of tremendous masses revolving around a common center, how might this gravity medium warp curve waves appear, what might their material nature be such that the revolving stars are at once forced to not fall in, and not fall away, but be relatively locked in place, how is the structure of the gravity medium tagibly locking the stars in orbit.
Cntd
