Void Cells
Voids mark locations where fabric oscillations did not form into coherent amplitude or phase. They represent coherence discontinuities within the fabric, not breaks outside the lattice. Neither phase nor amplitude ever formed in these cells. Void cells do not participate in ordinary CPP exchanges, but they do participate in the curvature of the fabric. Their boundaries remain connected to the surrounding fabric, so the absence of coherent amplitude and phase produces a deep-well curvature condition at the void boundary.
A void is therefore not an empty placeholder outside the lattice. It is a persistent lattice state whose defining property is the absence of coherent amplitude and phase while still remaining boundary-coupled to the surrounding fabric.
Void cells do not participate in ordinary CPP exchanges, but they do participate in the curvature of the fabric. Their boundaries remain connected to the fabric, so the absence of amplitude and phase produces a deep-well curvature condition around the void.
A void is therefore not an empty placeholder outside the lattice. It is a persistent lattice state whose defining property is the absence of coherent amplitude and phase while still remaining boundary-coupled to the surrounding fabric.
Summary
- Void cells are locations where coherent amplitude and phase did not form.
- They do not participate in ordinary CPP exchange.
- They remain boundary-coupled to the surrounding fabric.
- The absence of amplitude and phase defines a deep-well curvature condition.
- Voids are persistent states of the lattice.