process before it reached the main processor. There an artificial intelligence of some sort would sort the data throughout the multiprocessor bus of the device and reroute commands back out over the YIT. In other words, it was another damned SuperAgent. Mike, Anson, Jim, and I discussed the possibilities of overpowering the SuperAgent or just pinging the controller across the Infrastructure to find it.
We realized that the picophage must have some sort of signature that could be detected and that the Teytoonis knew this. The credit card device knew that Tatiana was infected. How? We searched back through the YIT and found it. The individual picophage device was much larger in macrospace. In fact, each tiny device was about six centimeters across; again the Dr. Who's phone booth phenomena came into play. The devices apparently used a Van den Broeck–modified Alcubierre-type warp bubble that was a picometer wide on the outside but was six centimeters wide on the inside. So how was it detected? Easy; the tiny location within the picometer bubble contained more energy density than normal space from an outside-the-bubble reference frame. Following Einstein's equations that spacetime curvature is proportional to energy density, the spacetime around these pico devices should be slightly curved inward. And the Teytoonis had been able to detect this extremely small change in spacetime curvature. Anson commented to the fact that all of these little warp drives floating around on Earth could have been one of the reasons that during his original warp experiment program he never could find a closed solution to the Einstein equations that matched the experimental data. Mike thought he was correct.
At any rate, we figured out a way to rig together one of these credit card things with the sensors on the
After we were confident that we understood exactly the signal that the picophage returned upon pinging, we started looking for signals that were being sent to the picophage devices.
'You know,' Tabitha commented, 'what we have done here is good SIGINT work even if it was with alien technology.'
'Well I would agree partially, Tabitha,' Anson said. 'But it is a little more, really. I would say it was MASINT since we weren't just detecting the SIGnals INTelligence, but we also had to do some Measurement first And then do some SIGnals INTelligence.'
Whatever Anson or Tabitha wanted to call it, we were putting some well-learned human traits to good use.
Finally, after day twenty-two we had it. Anson called us into the makeshift lab in the
Occasionally, Tatiana and I would talk for limited, small amounts of time. I missed her terribly. The wait between conversations wasn't as bad for her since she had taken to putting herself in suspended animation in order to conserve her strength and life expectancy. Oxygen wasn't a problem since the nanomachines could convert the carbon dioxide that she breathed out right back into diatomic oxygen very easily and practically instantaneously. The warp armor belts only had minimal air supplies since we expected to use them in a breathable atmosphere. All that was normally needed to replenish the air would be a quick lights-off lights-on maneuver. We had planned for them to be used as emergency spacesuits but that was for limited periods of time and the air supply limitation was counted in minutes, not days.
Food and water were Tatiana's biggest problems. We calculated that the nanomachines could reutilize her clothes and weapons; her urine, feces, and sweat; and the food and water that were in her stomach, and any excess body fat and muscle over and over (at the body's typical ten percent efficiency) for about a year before there was nothing left of her but vital organs. If she had to she would use her hair first, then her breasts, then her fingers and toes and her earlobes and ears, her eyeballs, then her hands and feet, then her arms and legs, until there was nothing left. So we only allowed ourselves a minute a day for quality time together. It was hard thinking about what she was going through and that she was trapped there this way, but she was intent on staying alive no matter what it took. She had a year before she had to start in on her hair. That had to be enough time. The total gruesome calculated time that she could stay in there and still be fixed when she got out was pushing a hundred years, about twice that if we stopped talking until we got her out. But Tatiana told me that if she had to stay there that long without talking to me, she would end it now. We didn't have that conversation again.
Fortunately, with our rapid download capabilities I could fill Tatiana in on a full day in a matter of microseconds, and then spend the rest of the minute telling her how much I loved her.
Tatiana told me a few days after I had downloaded her the specs for the picophage detection system that she was working on an idea for getting out. She knew she was wasting energy that she might need sometime in the future, but she said she was only allowing herself an extra minute a day for this—which would cut her year into six months. She told me several times that she didn't have a need for legs and arms in that damned bubble. I cried all that night and had that image stuck in my head. It was Jim and 'Becca who came around and pulled me through the depression. I also had Mike keep tabs on it for me. He assured me that I was perfectly normal and that he was sad, too.
Ten more days passed and we were prepared for our journey. We planned to take the
Finally, we were on our way to meet the Lumpeyins—or at least Opolawn. Once we were aboard the