Originally posted by Carl
but remember that the knossos didn't create the node, it stablized it.
Doesn't matter. If the Knossos is exercising any sort of control over the node, then the node should move toward the Knossos. It wants to seek its lowest energy state.
And even if it didn't, the Knossos would be designed to hold a node in place anyway. The reason is because it's
extremely unlikely that subspace nodes
never move of their own accord over the course of their entire lifetime. Gravitational perturbations from comets, interstellar dust, orbit around the sun, etc. should cause them to move just like any other wormhole, natural or artificial. So a node is going to drift around the solar system.
The Knossos is going to drift around too, for the same reason - but they're probably not going to drift along the same path. So if the node doesn't seek the Knossos of its own accord, it's going to drift out of range and destabilize. For the Knossos to stay near the node for a long period of time, it has to move with the node or move the node with it. Since the Knossos has no apparent means of propulsion, the conclusion is that it holds the node in place.
So, whether by nature or by design, the node must stay with the Knossos.