the ship were preprogrammed, we were not. We still needed a few seconds to reassociate ourselves to our own dimension, but it wasnât as profound an effect, for some reason, as when we jumped out of our own dimension.
I was quickly on my board demanding reports. Everything looked green except . . .
âLieutenant Longer,â I said. âWhy is the sub-light HD drive not shut down?â I watched him scramble his hands across his board.
âUnknown, sir,â he responded.
I unbuckled from my seat and was at the railing in a second.
âIf that drive is still engaged we could be pulled back into the jump space tunnel, mister,â I said.
âUnderstood, sir. The HD drive is shut down but . . .â
âBut what, man?â I demanded.
âIt looks like residual neutrinos were generated by the full stop, sir. It kept the drive engaged for a few microseconds longer than planned, sir,â he said.
I turned to George Layton at the helm. âWhere are we, Lieutenant?â
Laytonâs hand played across his board. âPoint one five three AUs further into the tunnel than expected, sir,â he said.
âAnd whatâs our heading?â
âWeâre not in normal space, sir, weâre in jump space, so itâs difficult to tell, but it seems weâre losing ground to the star.â
I spun around and reported to my captain. âOur position is not as expected, Captain. Weâre still in the jump space tunnel and appear to be drifting away from the exit, sir,â I said.
âHow long until the impellers can pull us out?â asked Captain Maclintock. I looked to Longer, then over to Serosian.
âUncertain that they can, sir,â I said honestly. âThe chemical impellers are designed to work in normal space primarily, sir. We are significantly further inside the tunnel than anticipated. Excessneutrinos generated when the HD drive didnât shut down properly appear to have displaced us from our landing point, sir.â
Dobrina stood up from her station. âAre you saying that the gravimetric energy of the Jenarus star is pulling us deeper into the tunnel?â she said.
âYes, XO,â I replied. âThe jump space tunnel magnifies the gravity pull of the star by a significant amount.â Maclintock looked to Serosian.
âCan we survive if we exit the tunnel inside the envelope of the starâs corona?â he asked.
âVery uncertain, Captain. Even with the Hoagland Field,â said the Historian.
âSolutions?â asked Maclintock. The Historian shook his head.
âNone readily available, Captain,â he said. âThe impellers arenât strong enough to fight the pull of a star the mass of Jenarus. The jump space tunnel acts as a field magnifier for the gravity of the star. The more ground we lose to the exit point, the stronger the pull will be.â
âWhat about reengaging the Hoagland FTL drive?â asked Maclintock.
âThat would actually make our situation worse. The gravitons generated by the drive spooling process would bond with those of the star, resulting again in a magnifying effect,â stated Serosian.
âAnd the sub-light hyperdimensional drive?â
âThe sub-light HD drive generates neutrinos, which would cancel out the starâs gravimetric pull to a degree, but not enough to pop us out of this jump space tunnel. Itâs highly unusual stellar topography,â commented Serosian.
âAre you implying that this tunnel might be artificial?â asked Dobrina. Serosian nodded.
âA possibility, Commander. But it would take a lot more study than we currently have time for,â he said. Maclintock stood and rubbed his face.
âSo what youâre all telling me is that we have three drives on this ship and none of them can get us out of our predicament?â he said.
âFour, actually, sir,â I said, and instantly regretted it.
Exiles At the Well of Souls