Janeway: We still have to find out if it goes anywhere near the Alpha Quadrant. Can you trace it's subspace bearing?
KIM: Microscopic gravitational eddies, extremely constricted spatial dimensions. The pathway's barely wider than the probe itself.
Janeway: I think what we're seeing is a wormhole in an advanced state of decay. Must be ancient. Probably been collapsing for centuries.
Kim: No, I can do it. Maybe it'll take longer to get through, but the wormhole's still stable enough to carry a transmission.
Kim: I'll try extrapolating the verteron exit vector. No, I can't get it. There's a strange phase variance in the radiation stream. We'll have to wait until the probe exits.
Kim: It's mired in a gravitational eddy, and because the wormhole's in a state of collapse, those eddies are incredibly dense. That probe will never break free, Captain, and we'll have no way of finding out where the wormhole ends.