The hydrodynamic pinch-drive

If the internal wave of a matter-knot meets friction at each pass through the 137-Escapement, a question follows. Why does its energy not dissipate, slowing the wave and letting the knot unzip?

RSI answers that the knot is not a closed battery. It is an open-system transducer (a device that converts energy drawn from outside it), driven by the Eternal Consonance. The mechanism is called the Hydrodynamic Pinch-Drive. Once in each escapement cycle, the wave reaches the crossing node of the double loop. The tapered geometry there makes the hydrostatic pressure of the field act perpendicularly on the trailing edge of the wave.

Uniform inward pressure on a tapered wedge produces forward motion. In the same way, the 0.73 N Universal Mechanical Clamp pinches the trailing boundary and propels the energy forward. This draws kinetic energy from the 10⁴³ Hz baseline field. Any energy lost to friction is replaced immediately, which locks the internal wave at its resonant velocity, c.