big electronic prison?â
Dad doesnât take offense. He answers her calmly. âThe scanning process converts human intelligence to a digital form, allowing it to run on any neuromorphic computer that has enough memory and processing power. But in the initial stage right after the transfer, we believe itâs important to connect the intelligence to a machine that can move around and sense the outside world. A human intelligence is accustomed to controlling a body, so if we want to preserve its sanity, weâd better give it something to control. Here, let me show you.â
He puts the vial of nanoprobes back in his pocket and pulls out something else, a small remote-control device. He points it at the doorway beside the stage, and a moment later I hear a loud clanking. The noise startles the soldiers standing by the doorway. They step backward, flattening themselves against the wall. Then a seven-foot-tall robot emerges from the doorway and brushes past them.
The robot strides across the stage. It has two arms and two legs, but otherwise it isnât very humanlike. It has no head or neck. Its torso is shaped like a giant bullet, with the rounded end on top. Its legs angle downward from the base of its torso and rest on oval steel-plate footpads that clang against the floor.
The machine marches briskly past the podium and stops in front of my dad, who presses a button on his remote control. This command extends the robotâs arms, which telescope to a full length of six feet. They look like multi-jointed tentacles. The machineâs hands, though, resemble human hands, with dexterous mechanical fingers and thumbs.
Dad presses another button, and the robotâs rounded top starts to turn like a turret. âThe cameras and acoustic sensors are up here,â Dad says, pointing at the top end. âBut the neuromorphic electronics are deep inside the torso, encased in armor plating. These robots were originally designed for the war in Afghanistan, so theyâre pretty sturdy.â He raps his knuckles against the torso. âAll in all, itâs an excellent platform for a newly transferred intelligence, but really itâs just the beginning. The whole point of the Pioneer Project is to bridge the gap between man and machine, and that means the human intelligences must explore their new environment. The Pioneers will have to learn how to use their new capabilities, and that includes transferring their intelligences from one machine to another.â
His voice grows louder again, full of enthusiasm. âOnce the Pioneers have mastered these tasks, our hope is that theyâll be able to establish a connection with Sigma. If all goes well, theyâll start communicating with the AI before it launches any of the Russian missiles. And then the toughest challenge will begin. At the same time that the humans are learning how to be machines, theyâll have to teach Sigma how to be human.â
Everyone in the auditorium gawks at the robot. Although it has no mind of its own yet, itâs easy to imagine a human intelligence trapped inside it. I canât understand why Dad is so excited about the idea. The huge machine seems horrible to me.
Meanwhile, General Hawke comes back onstage and approaches the robot. Thereâs an odd resemblance between the general and the machine. Theyâre both sturdy, hulking creatures, built for combat. Hawke slaps the robotâs armored torso, then turns to the audience. âAnd if communicating with Sigma doesnât work, we have a backup plan. Our Pioneers will also learn how to fight the AI.â
I get a sinking feeling in my stomach. While everyone else stares at the robot, I lower my head and look down at my ruined body. Something doesnât make sense. Thereâs a paradox here, something that violates the rules of logic. It troubles me so much that I try to raise my right hand to get Dadâs attention. Lifting my hand above the
Nikita Storm, Bessie Hucow, Mystique Vixen