Short Summary: Saturn's Rings

Short Summary: Saturn's Rings

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Key Points

The repulsion force is responsible for planetary rings.
It is the concentration of repulsion particle streams gathering near the planetary equatorial plane emitted due to centrifugal force that makes it possible.
The visible rings are thin, because the outward repulsion particle flow is compressed by the returning gravity subatomic particle flow that rides above and below the ecliptic.
Gravity particles are displaced
The compression of this return flow is affected by the low density gravitational field return to the total sphere increased density as a function of distance away from the planetary source
The composition of the ring material is mostly captured particles from the asteroid belt.

Questions to Ask?

Why are all planetary rings present in our system located at the equator and have a rotational period close to that of the planet?
Why don't the ring particulates fall into the planet's gravitational field when the gravitational force from the moons only balances a small fraction of the needed counter gravitational force emanating from Saturn?
If mankind thinks gravity is a wave, how do they account for a uniform ring systems present in an environment of various gravitational sources and positions?