of. Already theyâd been surprised several times. And her first lieutenant, Nilsbaum, had worked the problem out on an alternate comÂputer, a human-manufacture Datapak. It had given them an eighty percent chance of hitting a singularity if they linked and performed a protogeometry jump. The HeuÂritex had disagreed. But still, the danger existed.
âI canât blast the bastard,â Anna said, âbecause every potÂshot is registered by the tattling machines I had to hook up to pass USC regulations. I canât tamper with themâthey retreat into stasis whenever theyâre not registering.â
She looked sharply at the Polynesian. He looked back at her, his face blank and expectant. âGo take a shower,â she said. Then, softer, âPlease. Youâve helped meâvery much.â She turned over and relaxed to the sounds of the door closing and water running.
She was staring at the drifting colors on the nacreous ceiling when the intership chimed. She reached over to depress the switch and listened half-drowsily. The voice of the Heuritex brought her fully awake.
âMadame, weâve contacted Fairchildâs ship. First LieuÂtenant Nilsbaum requests your presence on the bridge.â
âIâll be there. Any answer from Disjohn?â
âHe refuses to allow a link-up. He says he has two reasonsâfirst, that he will not jeopardize your life; and second, that his computers predict failure if such a plan is carried out. I donât understand these machines of human construcÂtion.â
âDid he say anything else?â
âHe warned you to leave.â
She rolled over in bed and cupped her chin in her hands. The shower was still running. âAnother question,â she said.
âYes, madame.â
âWhat happens if we hit a black hole?â
âDepending on the angle of impact, we have several varÂieties of doom. If we go straight in, perpendicular to a tangent, we pass through two or more event horizons, deÂpending on the theoretical geometry you subscribe to.â
âWhat are event horizons?â
âSimply the horizons beyond which no further events can be seen. The gravitational field at that point has accelerated any particle close to the speed of light. From an outside point of view, the particleâs time has slowed to almost zero, no motion at all, so it will take an infinite time to hit the singularity below the event horizon.
âBut from our point of viewâif we are the hypothetical particleâwe will hit it. Not that it will matter to us, though. Long before we pass through the inner event horizon, tidal forces will strip us down to subatomic particles.â
âNot too pleasant.â
âNo, but there are other options. At a lesser angle, we might pass through an outer event horizon at a speed sufÂficient to propel us into another geometry, and out again someplace elseâa different place and time in our own uniÂverse, perhaps, or in another universe. We might survive that, if certain theoretical conditions prove trueâthough it would be a rough trip and the ship might not emerge in one piece.â
âHow can there be more than one event horizon?â
âBecause black holes rotate. May I draw you a compariÂson of two Kruskal-Szekeres diagrams?â
âBy all means,â Anna said, activating the display screen on the intership.
But the mosaic-like charts did little to help her compreÂhension. She had forgotten most of her physics decades before.
âOut of half-phase,â Kamon said to himself, ânow!â
The image reappeared. He had misjudged the geodesic slightly. The ship was a light-hour farther away than he had predicted, which meant the shipâs appearance was an hour off from actual emergence. He felt a brief confusion. But the ruseâif ruse it wasâhad gained them a very small advantage.
He immediately switched to