Gravity as a macroscopic pressure sink

RSI links the smallest and largest forces. If the strong force is the clamping pressure of the Eternal Consonance (EC) on a single knot, gravity comes from the same pressure field over a large volume.

When billions of protons gather into a planet or star, their combined displacement lowers the pressure and slackens the tension of the medium around them. This pressure shadow is deepest at the center and fades with distance. The medium does not flow into it. It is incompressible, and an incompressible medium cannot keep flowing into a body that does not absorb it, any more than water can keep flowing into a sealed jar. The shadow is a still condition of the medium.

Gravity is how matter responds to that condition. Every knot is a pattern of waves, and where the medium is slacker its waves run slower: a clock lower down ticks slower than one higher up. A knot in this gradient has its lower side running slightly slower than its upper side, so, like a column of marchers turning when one side shortens its step, it turns toward the slower side and accelerates toward the center. Worked through, this gives exactly Newton's law, GM/r², and it is the same way General Relativity explains ordinary falling.

So nothing reaches out and pulls, and nothing sweeps objects downhill. Gravity is the medium going slack near mass, and every structure built of waves turning toward the place where its waves run slower.