That’s why Ray Carmody, at twenty-seven, was a retired rocket pilot. Aside from test flights on and near Earth, he’d made one successful flight to the Moon with landing and return. It had been the fifteenth attempt and the third success. There had been two more successful flights thereafter—altogether five successful round trips out of eighteen tries.
But each rocket thus far designed had been able, barely, to carry fuel to get itself and its crew of one back to Earth, with almost-starvation rations for the period required. Step-rockets were needed to do even that, and step-rockets are terrifically expensive and cumbersome things.
At the time Carmody had retired from the Space Service, two years before, it had been conceded that establishment of a permanent base of any sort on the Moon was completely impracticable until a space station, orbited around the Earth, had been completed as a way-station. Comparatively huge rockets could reach a space station with relative ease, and starting from a station in open space and against lesser gravitational pull from Earth, going the rest of the way to the Moon would be even simpler.
But we’re getting away from Ray Carmody, as Carmody had got away from the Space Service. He could have had a desk job in it after old age had retired him, a job that would have paid better than he was making at the moment. But he knew little about the technical end of rocketry, and he knew less, and cared nothing, about administrative detail work. He was most interested in cybernetics, which is the science of electronic calculating machines. The big machines had always fascinated him, and he’d found a job working with the biggest of them all, the one in the building on a corner of the grounds of the Pentagon that had been built, in 1958, especially to house it.
It was, of course, known as Junior to its intimates.
Carmody’s job, specifically, was Operative, Grade I, and the Grade I meant that—despite his fame as one of the few men who had been to the Moon and lived to tell about it, and despite his ultra-honorable discharge with the grade of captain—his life had been checked back to its very beginning to be sure that he had not, even in his cradle, uttered a careless or subversive word.
There were only three other Grade I Operatives qualified to ask Junior questions and transmit his answers on questions which involved security—and that included questions on logistics, atomics, ballistics and rocketry, military plans of all sorts and everything else the military forces consider secret, which is practically everything except the currently preferred color of an infantryman’s uniform.
The Eastern Alliance would undoubtedly have traded three puppet dictators and the tomb of Lenin to have had an agent, or even a sympathizer, as a Grade I Operative on Junior. But even the Grade II Operatives, who handled only problems dealing with non-classified matters, were checked for loyalty with extreme care. Possibly lest they might ask Junior a subversive question or feed a subversive idea into his electronic equivalent of a brain.
But be that as it may, on the afternoon of February 2, 1963, Ray Carmody was the Operative on duty in the control room. The only Operative, of course; dozens of technicians were required from time to time to service Junior and feed him, but only one Operative at a time fed data into him or asked him questions. So Carmody was alone in the soundproofed control room.
Doing nothing, however, at the moment. He’d just fed into Junior a complicated mess of data on molecular structure in the chromosome mechanism and had asked Junior—for the ten-thousandth time, at least—the sixty-four dollar question bearing on the survival of the human race: Why all children were now females and what could be done about it.
It had been quite a chunk of data, this time, and no doubt Junior would take quite a few minutes to digest it, add it to everything else he’d ever been told and synthesize the whole. No doubt in a few minutes he’d say, “Data insufficient.” At least to this moment that had been his only answer to the sixty-four dollar question.
Carmody sat back and watched Junior’s complicated bank of dials, switches and lights with a bored eye. And because the intake-mike was shut off and Junior couldn’t hear what he was saying anyway, and because the control room was soundproofed so no one else could hear him, either, he spoke freely.
“Junior,” he said, “I’m afraid you’re a washout on this particular deal. We’ve fed you everything that every geneticist, every chemist, every biologist in this half of the world knows, and all you do is come up with that ‘data insufficient’ stuff. What do you want—blood?”
“Oh, you’re pretty good on some things. You’re a whiz on orbits and rocket fuels, but you just can’t understand women, can you? Well, I can’t either; I’ll give you that. And I’ve got to admit you’ve done the human race a good turn on one deal—atomics. You convinced us that if we completed and used H-bombs, both sides would lose the coming war. I mean lose. And we’ve got inside information that the other side got the same answer out of your brothers, the cybernetics machines over there, so they won’t build or use them, either. Winning a war with H-bombs is about like winning a wrestling match with hand grenades; it’s just as unhealthful for you as for your opponent. But we weren’t talking about hand grenades. We were talking about women. Or I was. Listen, Junior—”
A light, not on Junior’s panel but in the ceiling, flashed on and off, the signal for an incoming intercommunicator call. It would be from the Chief Operative, of course; no one else could connect—by intercommunicator or any other method—with this control room.
Carmody threw a switch.
“Busy, Carmody?”
“Not at the moment, Chief. Just fed Junior that stuff on molecular structure of genes and chromosomes. Waiting for him to tell me it’s not enough data, but it’ll take him a few minutes yet.”
“Okay. You’re off duty in fifteen minutes. Will you come to my office as soon as you’re relieved? The President wants to talk to you.”
Carmody said, “Goody. I’ll put on my best pinafore.”
He threw the switch again. Quickly, because a green light was flashing on Junior’s panel.
He reconnected the intake and output-mikes and said, “Well, Junior?”
“Data insufficient,” said Junior’s level mechanical voice.
Carmody sighed and noted the machine’s answer on the report ending in a question which he had fed into the mike. He said, “Junior, I’m ashamed of you. All right, let’s see if there’s anything else I can ask and get an answer to in fifteen minutes.”
He picked up a pile of several files from the table in front of him and leafed through them quickly. None contained fewer than three pages of data.
“Nope,” he said, “not a thing here I can give you in fifteen minutes, and Bob will be here to relieve me then.”
He sat back and relaxed. He wasn’t ducking work; experience had proven that, although an AE7 cybernetics machine could accept verbal data in conformance with whatever vocabulary it had been given, and translate that data into mathematical symbols (as it translated the mathematical symbols of its answer back into words and mechanically spoke the words), it could not adapt itself to a change of voice within a given operation. It could, and did, adjust itself to understanding, as it were, Carmody’s voice or the voice of Bob Dana who would shortly relieve him. But if Carmody started on a given problem, he’d have to finish it himself, or Bob would have to clear the board and start all over again. So there was no use starting something he wouldn’t have time to finish.