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 is the same mechanism diffused over a large volume.

When billions of protons gather into a planet or star, their combined displacement creates a vast low-pressure sink in the universal fluid. The EC is a continuous medium held at a strict 0.73 N baseline tension, and it abhors a pressure vacuum. The high-pressure fluid of the cosmos therefore flows inward toward the sink, attempting to crush the stellar knot-jam back into the flat Rest-State.

Standard physics describes gravity as an attraction reaching out from a mass. RSI proposes that gravity is instead the external pressure gradient of the EC pushing down on the mass. A falling object is swept along the streamlines of the medium as it rushes downhill into the pressure shadow.