Paths to Otherwhere by James P. Hogan Prologue The woman in the tan business suit sat in a padded recliner that looked like a dentist's chair. Her head lay in a concave rest that kept it positioned exactly in the focal zone of the projection array a few inches above. She was staring at one of the screens on a panel in front of her. Leonard Sarvin, Deputy Director of the Defense Research Administration, stood to one side, out of the field being directed by the machine. His principal assistant, John Fiske, was with him. The department had poured millions into this, and the Director was being harried by the President's office for a progress update. Jesse Willard, the National Laboratory's executive director, watched from the other side of the chair, while the chief scientist of the project, who was handling the demonstration, checked other screens. Cabinets and equipment racks lined the partitioned space around them. The hum of pumps and cooling fans came from other machinery beyond. "It's quite straightforward." Kintner looked up and addressed the three visitors. "We're Black. The machine plays Red. It's our move. But the bet has to be real. Let's make it ten dollars, say. You've got three choices for how the game will go: Win for Black, win for Red, or a draw. Winners divide the pot." "What happens if we all lose?" Fiske asked. Kintner smiled thinly. "Then I suppose thirty dollars goes to charity." The two men from Washington looked at each other, as if checking for something they might have missed. They both shrugged together. Ten on Black," Sarvin said. "Black," Fiske agreed. He looked at Kintner and Willard "I mean… what else is there to say?" The screen showed a position in a checkers game. Red was down to four men, one of them blocked, the others positioned hopelessly. Black still had five men, plus another two already crowned. No six-year-old could have lost from that position. The woman in the chair continued staring with a puzzled expression, however. Her name was Jane. She had only recently been promoted to Fiske's personal secretary, and the role of being the guinea pig had fallen on her as the junior member of the party. Her eyes and common sense were telling her the same as the other two had said. And yet… As she considered the three options in turn, draw seemed to shout insistently from somewhere deep in her mind. It made no sense; yet every instinct impelled her toward it. She bit her lip, uneasy at the thought of appearing foolish. But Kintner's instructions had been quite clear: "Forget everything you think you know. Just play your hunches." "Ten on a draw," she said finally. Beside her, Fiske laughed. "Okay. It's your money." "Then let's see what happens," Willard said "Would somebody care to decide the move?" Sarvin and Fiske looked at each other again. Fiske pointed at the screen. "How about that guy to there? Move him up. Why take chances?" "Looks good to me," Sarvin agreed. "Very well," Willard said. Kintner tapped at keys. The move appeared below the board, with a request to confirm. He hit the y key. And the board disappeared, to be replaced by the legend: WHAT WE DIDN'T TELL YOU WAS THAT THE GAME SELF-DESTRUCTS AT THIS POINT. NOBODY WINS. SORRY GUYS. Willard's manner lost the flippancy that he had been maintaining. "It doesn't predict the actual future. That's impossible on principle. But what the machine can do is extract the probabilities of possible alternatives from the weightings of the Multiverse branching structure ahead. And since it's driven by real future outcomes, not theoretical models or probabilities, it delivers a correct indication even if the truth is not as you've been led to believe. Think what an impact this will have on strategic policymaking. It could enable us to restore the entire world balance." Just at that moment, it was having an impact on other things too. Jane, still coupled into the machine, was getting vivid premonitions of where more in life was heading than just a checkers game. For months now she had been buying Jack's line about doors he could open for her in the department, a marriage that was just a pretense… How could she have been so naive? Fancy dinners on his expense account, a few nights in hotels when they went on trips like this—and she'd thought she was heading for the big-time social circuit and a career? WRONG! WRONG! WRONG! the machine was telling her. Everything about that future felt bad. There was nothing specific that she could pinpoint; just overwhelming forebodings of anger, hurt, shame, ridicule. But it felt as certain as the result of the checkers game had a few minutes earlier. She sat up sharply, her eyes blazing at him. Fiske saw the change in her and shook his head, mystified. "Hey, what is it? There was no way that she could control the indignation boiling up inside. At the same time, in an official visit and with others present, the moment was not appropriate for confrontation. She got up. "We have to talk—later," she said tightly. Then, to the others, "I'm sorry. Will you excuse me, please?' And with that, she walked quickly from the scene. Sarvin frowned Fiske looked appealingly at the scientists. "I'm sorry… I really don't know what that was all about." He made a helpless gesture, as if trusting them to understand. "It's nobody's fault," Kintner said. "The process does have deeper side-effects. We're still learning about them ourselves." They were getting reports of strange happenings from a number of places where research was being conducted. The world didn't need this loose in it as well, on top of everything else, he told himself. "It's too potent to be left out there for any foreign power to harness and exploit," Kintner told Willard later, when they were alone in Willard's office. "The whole thing has to be brought under official direction. All other projects should be terminated. Get the best people in the field here and put everything under one centralized authority, where it can be controlled." "I already talked to Sarvin about it," Willard said. "He's making the same recommendation. We're trying to schedule a meeting in Washington with the Security Council about it for next week." Chapter One Sometimes Hugh Brenner thought he'd been born on the wrong planet. It seemed as obvious as anything could be that people achieved more when they learned to get along than they did when they fought over things. If they put as much time and energy into fixing problems instead of blaming each other for being the problem, there wouldn't be any problems left. So far they'd had two full-dress rehearsals for wiping out what passed as civilization. This time it looked as if things might be leading up to the real performance. He looked from the car along a rubble-strewn side street while they waited for the lights to change on the two-mile-long slum of University Avenue leading to the campus. An orator in a forage-style cap and gray-shirted uniform was pounding the air and shouting into a microphone from a raised stand. Below, a line of linebacker-size Grayshirts stood facing a crowd of a couple of hundred, mainly students and local derelicts. A banner above the stand read: nationalist action coalition. Youths in parkas and leather jackets were gathered farther along the block. Around the corner, police in riot gear stood behind armored vans with mesh-covered windows. "Looks like more trouble today," Chris said from the passenger seat. Hugh's route into Berkeley brought him past the pile of one-room rental conversions that Chris shared with nine other students. Not many sophomores drove these days. As part of the measures to prevent Detroit from closing down altogether, regulations and taxes were designed to clear older cars off the roads. The light turned green below the cluster surveillance cameras covering the intersection. Hugh sighed and shook his head as he eased the car forward. It was a GM Ocelot that he'd bought used and well worn, built south of the border. Behind them, Alice turned to peer through the rear window. She had started appearing with Chris two or three mornings a week, almost a month ago now. Hugh didn't know much more about her than that she could have looked better if she had a good meal more often; she came from San Antonio; and she was majoring in political sociology, whatever that was. Hugh didn't have much time for politics. A physicist of twenty-eight, unattached, with no dependents, no dependencies, no payments, he was one of those oddities who still thought life could be simple and honest. "At least they've got plans for doing something," Alice said, turning back. "It's all a mess and too far gone," Hugh answered. "What's anyone going to do now?" "Well, somebody has to. How else are we going to get things back on track?" Hugh knew the line: Security is Strength. Pride through Duty. Honor and Sacrifice. Liberals and speculators were the cause of all the problems. Chris had been sounding more radical lately. Hugh had wondered where he'd been getting it from. He wasn't in a mood to be indoctrinated just now. "Chris says you want to come over to the lab and see our machine, Alice," he said to change the subject. "The QUIC," Chris said, turning his head to look back. "You mean so you can show me how smart scientists are?" Alice replied. Chris shrugged indifferently. "You don't have to. I just thought you might want to see something different. If you'd rather stick to another day of same-as-usual, that's okay by me." "As if we didn't see enough machines everywhere all the time. They're always going wrong, and they make life too complicated." "I told you, this one's different." Hugh could sense Alice searching for a put-down to come back with. He didn't understand the fad that made younger people try to act so hard all the time. Perhaps it was part of an affected worldliness that fashion demanded. Maybe it just reflected the insecurities of the times. Eventually she settled for a grudging, "It's something to do with communicating with other universes, right?" Twenty years before, she wouldn't have believed it. But there had been enough in the news and the popular science media to make it fairly common knowledge that the "parallel universes" conjectured by theoreticians for a long time were now generally accepted as fact. "Not communicating, exactly," Hugh said. "It extracts information from them—information that you can use." "Such as for what?" Alice asked. "When you decide to come over, you'll see," Chris told her. "Why not make it right now, when we get in?" Hugh suggested. There was a pause. Neither of them, it seemed, could find anything wrong with it. "Okay," Alice conceded finally. "Why not?" "There you go: easy," Hugh said. "Why is just keeping things simple so much of a problem these days? I don't understand it." They turned left at the end of University to make the circuit around to the east side of the campus. Coils of razor wire lined the top of the wall to the right. The street-facing windows of the university buildings were protected with screens. A lot of disgruntled people thought that all students were privileged rich kids. The gates had barriers with armed guards, like military checkpoints. One thing, at least, to be said for the slump was that it made parking easier. Hugh found a place near the East Gate, opposite Stanley Hall. As they got out, a man in a soiled reefer jacket came over and scowled. He was big, with a blue chin, flattened nose, and stained teeth. He slammed the wing of the Ocelot with the flat of a hand that looked as if it could as easily have punched through. "Mexican garbage! Waddya wanna buy this crap for? You ashamed of bein' American or sump'n, huh?" Hugh looked him in the face, candid and wide-eyed. "My mother left it to me… It was only a month ago." "Oh… yeah." The gorilla faltered. "Then I guess that's different. Okay, I didn't know, okay?" "It's okay." Hugh shrugged and showed his palms in response to Chris's pained look as they turned from the car. He didn't see it as taking work away from American auto workers. Hell, most of them were in Mexico, anyway. Inside the Biophysics Department, they entered the lab from a corridor of plain yellow walls lined by doors on both sides. A technician in shirtsleeves and jeans was working at an opened electronics cabinet, one of several clustered in the center of the room. On the far side, a girl operating a desk terminal waved a hand without looking away from the screen. Chris went into an inner office to check the morning's E-mail. Alice stood looking around while Hugh hung his windbreaker on a peg behind the door. It was the typical jumble of untidy desks, wire-entangled cubicles, and half-filled equipment racks that electronics researchers everywhere seemed to revel in. Charts and notice boards filled the walls between shelves sagging with books and binders. A bench running along one side carried a collection of oscilloscopes and other test gear, soldering irons and tools, and unidentifiable gadgets in various stages of assembly or dismemberment. "Do you know what quantum paradoxes are?" Hugh asked as he came over and began entering initialization commands into the touch panel of an improvised console. Most people at college would know enough to be familiar with the gist. "Something to do with things being waves and particles at the same time, isn't it?" she said. Hugh nodded. "Things like photons and electrons, that people usually think of as particles, can also interfere with each other like waves." He made throwing motions in the air with both hands. "You know when you toss a couple of stones into a pond—each one makes circles of waves that spread out. Where the circles start to overlap, you get a criss-cross effect of flat spots and rough spots. That's called an interference pattern." "Okay… And quantum whatevers do the same thing?" "Right. Except there's a difference: They can do it with themselves—apparently. It's as if you only threw one stone, but you still get the pattern." Alice thought about it, made a face, and shook her head. "That doesn't make sense." "Which is why they used to be called paradoxes. But the answer turns out to be that what the particle—or whatever—is interacting with isn't itself, inexplicably, in the universe, but counterparts of itself, or 'ghosts,' if you like, in these other universes that you read about. In fact, that was what persuaded most physicists to accept them as real: the way they explain the paradoxes." Chris reappeared in the doorway from the office. "Just routine stuff, mainly," he told Hugh. "You've got a note to meet Theo in Strahan's office at eleven sharp." Theo Jantowitz was the professor that Hugh worked with—Chris was one of their technical assistants. Stan Strahan ran the department. "Probably to do with these government people who are supposed to be coming today," Hugh said. "What do they want?" Chris asked. "You tell me. Nosing around the project, I guess." Alice looked puzzled. "I thought that you guys were working on something to do with evolution. What does the government care about giraffes' necks or where chickens and eggs come from?" "Tell me something that the government doesn't care about," Chris snorted. "It started out as something to do with evolution, but it's kind of taken on a life of its own," Hugh said. "We'll find out soon enough what they want. Anyway…" He indicated one of the regular, five-foot-high cabinets. Its side panels had been left off for easy access, revealing several racks of electronics filling the lower part. The top section consisted of a metal frame holding three tiers of aluminum boxes, each about the size of a paperback book, arranged in rows. Another cubicle stood behind, and a confusion of pipes, metal coils, and valves connected to a cooling system stacked by the wall. "That's it. Meet the Quantum Interference Correlator. QUIC, this is Alice." He waited while her eyes darted uncertainly, seeking a hint for a hopefully sensible question to ask. She didn't make a joke by talking to it. Too intense. The ones who were into politics were always too intense. "Okay, so these other universes are real," she said at last. "This machine here—you're saying that it connects to them somehow?" "Kind of. Interference between universes at the quantum level means that information transfer takes place between them." Hugh patted the top bank of silver boxes. "The guts of it all is in these. They contain a special kind of circuit chip with precisely configured helical structures integrated into the electronics. Think of them as molecular-scale antennas. They tune to the quantum-level information leakage and couple to their other-universe counterparts, just like the 'ghost' particles." "Oka—ay…" Hugh tapped one of the boxes again. "So this machine is actually a lot bigger than what you see. It operates in combination with thousands of copies of itself, that exist in other universes." Chris stood by them, watching the befuddled look spread across Alice's face and enjoying it. She shook her head. 'This is getting weird. I mean… So what does it do?" Hugh rolled a chair up to the console. "Well, let's have a look and see. You can be driver." Alice sat down and waited while he tapped in a line of text. When he had finished, the words on the screen in front of her read: This is a test sentence to show what the QUIC can do. He indicated it with a nod. "Now you just copy what I've typed there again, underneath. But I want you to make an error in it somewhere." As she was about to begin, Hugh said, "Remember, there are thousands of other Alices at thousands of other machines in thousands of other universes, all doing the same thing." She hesitated, eying him suspiciously. "You're sure this isn't some kind of joke?" "Just go ahead and do it," Chris said behind her. "Make a mistake somewhere, right? Anywhere I like." Hugh nodded. Alice started copying the line. The timing of the characters did not synchronize with her keystrokes— they appeared after varying delays of fractions of a second. She either failed to notice or didn't mention it. When she got to the word sentence she typed, s-e-n-t-e-m-c-e. … But on the screen, the word appeared correctly. She blinked and glanced up at the other two. They said nothing. She finished typing. "It's a con," she accused. "The copy is automatic. What I do doesn't make any difference." "That's what you'd think," Hugh agreed. "But in fact what's going on is a lot more interesting. See, the machine doesn't only respond to what you type. It combines it with what all the other Alices are typing too. They all put in an error somewhere as well, but they didn't all pick the same place. Statistically, the odds of any given place being picked are low. So, the letter that you picked got typed right far more often than it got typed wrong, and the machine went by the majority vote. And the same was true for every other choice too. So all the Alices got a correct sentence, and they're probably all staring pretty much the way that you're staring at me right now." "A self-correcting keyboard," Chris said. "Like it?" The tech who had been working on the cabinet was watching. "Neat, eh?" he said to Alice. She slumped back in the chair. Finally her defenses were down. 'This isn't real," she muttered. "Oh, it's real," Hugh assured her. She found that she could make the cursor trace an almost perfect circle on the screen—because the random wobbles made among the Alices in the many universes tended to cancel each other out. Or, instead of combining the results from all universes together, the machine could simply deliver the first response from any of them. In simple problems like matching shapes and finding names on a street map, in all but one try out of twenty, the machine had the solution before she did. It meant that another Alice somewhere had found it faster. Chris had moved away to talk to the tech working on the cabinet. Alice looked up at Hugh. He had smooth, tanned features with high cheeks and deep, distant brown eyes, the legacy of a dash of Cherokee somewhere back in the gene line. His hair was black and wavy, collar length; his face was fringed by a wisp of beard and another across his upper lip, forming a humorous excuse for a mustache. Her calculating eyes regarded him curiously. The line of the mouth softened a fraction. He saw that expression two or three times a week. The offer was there: frank, unashamedly opportunistic—ready to trade in the sophomore for a lean, laid-back, not-bad-looking postdoc. Mobile too. No, he liked life simple, he told himself. And it was already complicated enough. Don't even think about it. Besides, cutting Chris out like that wouldn't have been his style. "Alice," he said, lowering his voice, "there are problems that I don't need." He gave her an easy smile and shook his head. "Even with thousands of me out there to think about them." It could be tempting, though. For a moment the thought came into his head of asking her if she had a friend who wasn't attached right now. Then, after a second or two, he dismissed it. He wondered as he did so how many of the other Hughs in the other universes had made the same decision. Chapter Two Allegedly the two visitors were scientists, not bureaucrats—although Jantowitz maintained that once Government got into science it made little difference. Stan Strahan, the head of Biophysics, brought them down to the lab after lunching with the faculty dean. He didn't say where they were from or what the reason was for their interest in the work at Berkeley. The first, Strahan introduced as Dr. Kintner. He was a biggish man in his mid-to-late fifties. Although his belt had probably inched out a notch or two in the last fifteen years, he was trim enough for his age and still hefty around the shoulders. He had a smooth, expressive face with a high forehead accentuated by receding hair, and wore gold-framed bifocals, a charcoal-stripe suit, and subdued maroon necktie. Hugh thought he smiled too much, with a geniality that became condescending. He distrusted smiling people from the government. There was always the possibility that they might be here to help him. Kintners companion's name was Ducaine, again a doctor. He was in his mid thirties, with a heavy, rounded jaw, protruding eyes that stared intently, and a florid complexion, which with a halo of crinkly, overgrown, yellow hair, gave him a wild look. He was wearing a tweed jacket with knitted tie. From the moment that Strahan showed them into the lab, Ducaine's gaze darted ceaselessly this way and that over the equipment. Hugh was unable to tell whether it signified complete cluelessness or an expert's sure and silent assessment. Strahan pointed out the component parts of the QUIC,. which they had evidently talked about over lunch. Ducaine stooped to peer at the antenna-boxes in the top frame of the main cabinet, then transferred his attention to an uncased module that Strahan offered as a sample. "What discrimination method do you use on the coupling from the antenna chips?" Ducaine inquired. Strahan nodded at Hugh to take it. "You mean for directionality resolution?" Hugh said. Ducaine's yellow halo bobbed vigorously. "Yes. Multiphase arrays? Masked sequential? Group extraction filtering?" "Multiple phased arrays," Hugh said. "Your own design?" "Mainly—although the basic idea was published a few years ago. We added a filter stage that performs partial extractions as a second stage." "Snell's Algorithm?" "A variation of it, yes." "Hm. Interesting." Ducaine turned the assembly over to inspect the other side. Definitely not bureaucrats, Hugh told himself—and not amateurs when it came to the science, either. "And yet the project originated from work concerning evolution," Kintner said, directing himself at Jantowitz to bring the professor more into the conversation. "It must have taken a remarkable insight to connect Multiverse cross-communication with evolutionary dynamics. What prompted it?" Strahan had explained over lunch that it had been generally conceded for some time that the theory was in trouble. While few seriously doubted that evolution happened, it had become increasingly clear that the mechanism traditionally upheld as the driving force— natural selection, or the progressive accumulation of random mutations—did not possess the innovative power to explain what was observed. Jantowitz had developed a hypothesis that the geometric configuration of DNA could cause it to function as an antenna. He was a theoretician. Circuits and chips were not his line, which was why he had teamed up with somebody like Hugh. Hugh's thesis had been to test the idea by attempting to build an artificial device to do the same thing. Jantowitz regarded the visitors balefully through heavy, horn-rimmed glasses. He never allowed himself to be enticed into returning smiles. "The evidence that Darwin predicted would be everywhere found for the gradual changes that he proposed—found, it has not been. The intermediate forms do not exist." He didn't like officialdom in any form. But he evaded rather than confronted. His way of putting off people who irritated him was to provide answers that had no connection with the questions asked. Jantowitz was in his early sixties, getting somewhat corpulent now, with a snub nose and thick lips that thrust forward to give him an appearance of gazing disapprovingly on everything that he scrutinized—which was often the case. He had a head of white but full, wavy hair, and a matching droopy mustache. But for his clothes, he might have looked quite distinguished. They gave the impression of having been thrown at him and somehow stuck, rather than put on, and clashed colors and styles with a determined consistency that Hugh thought was surely genetic in origin. Today he was wearing a tan lab coat unbuttoned to reveal a red-and-blue check hunting shirt and the collar of a hand-knitted gray cardigan that he had owned for as long as Hugh had worked with him, and which Hugh sometimes suspected he'd been born in. Ducaine tried to pick up the gist of what Jantowitz was saying. "You couldn't have bursts of rapid evolutionary change instead, separated by long periods of stability? Wouldn't that explain the absence of intermediate forms?" "Waves and weather, the superficial aspects of geography, they might shape," Jantowitz said. "But to build mountains and move continents, you must have deeper forces." The visitors looked at Strahan for enlightenment. "Explanations along those lines were tried, but they didn't really work," he said. "Every cell is a miniature factory containing millions of specialized parts, all interdependent. On every level up to a complete organism, too many unlikely changes would have to take place at the same time to transform one viable form into another. It would be like mixing parts from an auto engine and a washing machine. The inbetween forms wouldn't be functional." "It sounds as if you're saying that evolution can't happen at all," Kintner remarked. "Not in the time that the evidence points to," Strahan agreed. "Even with the most generous allowances that you can plausibly make, all the calculations said that what had happened couldn't have." "So how are we here?" "If the Earth were a few million times older, then, maybe, something like the orthodox mechanism might have been adequate," Strahan said. He waved a hand. "But not as things are. Something more had to be going on." "And your suggestion was quantum-level communication arising from the DNA structure tuning to leakage frequencies," Ducaine said, looking at Jantowitz. They went on to talk in a little more detail about the origins of the QUIC. The basic idea had been that the same interference that made particles appear to interact with themselves, and which had linked the machines being operated by the juxtaposition of Alices, also enabled certain biological molecules in different universes—specifically, the nucleic acids and their evolutionary predecessors— to communicate naturally. The information accumulated in the genomes of the species making up the Earth's biosphere was not a product of the evolution taking place on just one Earth, but from a huge ensemble of Earths exchanging results. Hence, there was no need for the computer to have been running for millions of times longer to have produced the super-computation that had resulted. It consisted of countless "regular" computers cooperating in parallel. Whether or not the model was correct had never been established. The work had been completely sidetracked into developing the hardware, and the QUIC was the outcome of it. When the talk reached this point, it became clear that it was not curiosity about evolution that had brought Kintner and Ducaine to Berkeley. Their questions had been for form's sake. What they really wanted to hear about was the QUIC hardware and its underlying multiple-universe physics. It turned out that they were fully conversant with Hugh and Jantowitz's published papers. They showed great interest in the theoretical basics that Hugh had employed in his designs and asked for copies of his calculations and schematics. And then they departed, still without giving any hint of where they had come from or why, leaving the campus after a final session alone with Strahan in his office upstairs. "Okay, Stan, would you mind telling us what all that was about?" Hugh invited when he and Jantowitz made their way up to Strahan's office a quarter of an hour after Kintner and Ducaine had gone. "Those two were not dummies from some PR office putting together a career guide for the schools. They're right out on the edge of this business. What does the government want with QUIC?" Strahan had been expecting it and had prepared a line to stall things until he heard definite word from the Board. But after putting up with two hours of what had amounted to cross-examination, Hugh was in no mood for stalling. Beside him, Jantowitz simply stood with his lower lip thrust out in a way that dared Strahan to try it. Strahan capitulated with a sigh. He sank back in his chair and showed his palms in a conciliatory gesture. "Okay, I'll be straight. It isn't the QUIC per se that they're worried about. It's the whole field of MV physics. Apparently it has defense implications. The federal government have got their own thing going, and they want to classify all allied work." "Classify it?" Hugh exploded. "Evolution? What the hell kind of defense implication is there in that?" "Oh, come on, Hugh," Strahan said tiredly. "You know it isn't that. It's the physics. They're concerned with how the QUIC works. And in any case, don't try that one on me. You know as well as I do that the QUIC hasn't had much to do with evolution for a long time now." "Why do they want to put it under wraps? What kind of work are they doing?" "I really didn't ask." Jantowitz brought them both back from a line that was leading nowhere. "What is it, then, you are telling us?" he said. "Are they wishing to take control over our project, these governments peoples?" Strahan massaged his temples for a moment, then looked up. "Oh hell, I really didn't want this to be so soon… It's worse than that. They're closing it down." Hugh stared disbelievingly. "You're not serious." "I wish I weren't. They're serious all right." "But… it's ours! We created it. It's opening up a whole new world…" "I think that may be the problem," Strahan said. "It's opening up more of a new world than you think." "What are you talking about?" "Let's just say I get the feeling that they're a bit farther ahead than they're letting on. This work leads into areas that they don't want everybody in the world picking up on." "like what?" "Would you believe they didn't tell me?" Hugh shook his head protestingly. He didn't expect answers, but now it was he who needed to stall while he pulled his thoughts back together. "You can't let them," was all he could muster finally. "Hugh, it's out of our hands." Hugh's color deepened, and his breathing became short. Jantowitz knew that for most of the time he tended to be fairly easygoing. His ability to escape totally into his work kept him detached from the worst of life's stresses and tribulations. But on the occasions when he did lose his cool, it could be spectacular. Now everything that he had worked for in years was about to be snatched away, and Jantowitz saw one of those occasions about to happen. He caught Hugh's sleeve and tugged lightly. "Come, Hugh," he urged. "Time it is now for us to get some coffee, I think. Cooler heads make the better sense, yes? Maybe we come back tomorrow and talk with Stan some more, when we have together our questions thought out." Hugh drew back, exhaling a long breath. He nodded. "I guess you're right." "I'm really sorry about it, guys. Believe me," Strahan said. They left the building and went to the snack restaurant situated on-campus. By the time they sat down, Hugh had lapsed into brooding restlessness. Jantowitz did little to lift him out of it. "The protesting will do you no good. It just makes ulcers faster," he said. "These situations, I have seen before. Everybody fights for the same moneys from the government's pig-trough. And on top of this, you have all the administrators and faculty heads who think they make good politicians, caring more about being somebody at Washington cocktail parties more than they care about science. No one will be on your side." "What are you saying, then?" Hugh asked him. "We just let them wrap it up and walk away, without even trying to fight them?" "I'm simply saying that perhaps the time has come to be a little philosophical. We have nothing to fight them with," Jantowitz replied. But then events took an unforeseen turn. People from an undisclosed department in Washington appeared at Berkeley a week later and quizzed Hugh and Jantowitz separately on their backgrounds and experience. Soon after that, Kintner came to California again with another colleague, called Mulgrave, to talk to them some more, this time in the federal offices across the Bay in downtown San Francisco. It turned out that Hugh and Jantowitz's work didn't have to be wasted after all. All work on the new physics, they were told, was being concentrated under government direction. Subject to satisfactory background checks for the necessary security clearances, they were offered positions on the official program. All they knew about it at that stage was that it was run by the Defense Research Administration and would involve moving from California. But really, there was little choice. As Jantowitz had prophesied, no serious internal opposition materialized to terminating the Berkeley project. Hugh's work was his passion, while Jantowitz, at his age, had no other future. The offers were subsequently confirmed. And accepted. Chapter Three The trouble with the machine was that it gave anyone who coupled into it, and who allowed their mind to dwell upon the matter, a pretty good idea of what, generally, could be believed about the official pronouncements that they were supposed to live with. Since the environment was a political one, with misinformation and doubletalk having been the accepted management style for years, this meant that nobody trusted anyone or believed anything that the machine associated with negative feelings. Least of all did the powers in charge have any trust in the loyalty of their employees. But the world situation was critical and getting worse, and this research could provide the means for reversing it. The work had to go on. Consequently, security assumed a more crucial importance than was usual even for a classified program. The project's Security Officer, who reported directly to Willard, the Laboratory's overall director, figured prominently in all decision making. His name was Bruce Calom. "I still have reservations about this Dr. Brenner from Berkeley," he said, bringing a photo and evaluation summary up on the conference room screen. "Several of the staff members at Berkeley considered him irresponsible because he talks too freely with students about inter-departmental affairs that are not generally considered to be undergraduates' business. His reply is that enabling young people to practice making competent judgments is what universities are supposed to be for. To me that spells risky." The meeting was to review the new names recently confirmed as recruited to the project. With Calom were Jesse Willard, executive director, and Edward Kintner, Chief Scientist of the Octagon Project. "I see you've added a personal endorsement, Ed," Willard commented, looking at the requisition file. "We need his expertise," Kintner replied simply. "The work that he's done there is brilliant. Neville Ducaine went over those designs of his and says they're as advanced conceptually as anything we're using here." "I still want it on record that I don't like it," Calom said. "Do you have something specific?" Kintner asked. "Just a gut-feel that comes after years of experience. I don't need any machine to tell me." Calom had said the same thing before the offer was made, but the scientists' arguments had prevailed. He knew that Kintner used the machine to guide his decisions, which no doubt meant that Kintner didn't trust half the things that Calom said. He himself had an antipathy toward intellectuals, and scientists in particular—which didn't help matters. Kintner regarded him equably through his gold-rimmed bifocals. "If everybody at this establishment could be guaranteed to come risk-free, you wouldn't have a job, Bruce," he said. "I'm sure we can control the problematical aspects. In fact, if he possesses precisely the kind of specialized knowledge that we don't want being spread around, this might be the best place to keep an eye on him. We can put him under special surveillance." Willard nodded at Calom. "Do it, effective from his date of arrival. Get an extended background check on him too." Kintner had known Calom's attitude, of course. But Kintner's enhanced premonitions had been different. Evidently, what had sounded warning bells for Calom wasn't necessarily bad news for everyone else. When Kintner had coupled into the machine and contemplated future prospects, he had been gripped by a sense of breathtaking possibilities that had excited the scientist part of him. The certainty impressed itself that there could be new discoveries far beyond anything glimpsed so far. But only in association with the option of hiring Brenner. It vanished for every alternative. The machine could not be specific beyond that. So Kintner had lodged his vote, and the others could reconcile themselves in whatever way they chose. Willard looked down at his file again. "Very well, then, we need his expertise. And this Polish mathematician who's coming with him—nothing further to report there?" Calom shook his head. "Nobody's got much on him either way. He and Brenner have worked together at Berkeley for four years now. His professional and academic record is solid. Apart from that, he seems to have discovered how to stay invisible to most of the system. We'll put him under observation with Brenner." The offer to Jantowitz had been on Kintner's recommendation too. The man's theoretical knowledge was impressive. And why not somebody with experience in biophysics? They already had people from just about every other discipline on board. The project was a long way past being just research into the strange side of basic physics, as it had begun. Now there didn't seem to be an area of human thought, action, or humanity's very existence that didn't stand to be affected. Chapter Four Hugh and Jantowitz received letters confirming that they would be joining an as-yet undesignated project located in New Mexico. Enclosed were plane tickets to Albuquerque/Santa Fe. For a mailing address, they were given a Post Office box number in Los Alamos. Their instructions were to report to the Assistant Chief Personnel Officer in the Administration Building at the TA-3 site of the Los Alamos National Laboratory. Temporary accommodation had been arranged for them in the town. A young, tight-jawed Army captain called Hemel met them at the airport. There were also three other arrivals for the" National Laboratory—two men and a woman, all traveling singly. They said little as Hemel and a guard in fatigue dress, carrying an automatic rifle, escorted them from the arrivals concourse. The airport had a wartime feel about it, with the National Guard patrolling the terminal building and armored cars on standby outside. Northern New Mexico was not a safe area these days. Urban terrorists driven out of the ghettos by police countermeasures and gang rivalries competed with back-to-the-wild survivalists for territories and spoils. Isolated residences were being abandoned, and some outlying communities lived virtually under siege. Outside, a green minibus was waiting, with defense research administration painted on its sides. In addition to the driver, there was a second guard, occupying a rear-facing seat at the back. Before the bus moved out, Hemel called somewhere by radio and received confirmation that the road was clear. They left the urban area on Highway 25 toward Santa Fe, following the wide, flat valley of the Rio Grande. The crumbling red peaks of the Sandia Range stood jagged through the heat haze to the right. Hugh's main impressions, fresh from the crush and commotion of the Bay Area, were of the vastness, the emptiness, and the dryness. Jantowitz, sitting opposite, had maintained his usual taciturnity through most of the trip. He always seemed to dress for winter in Illinois, and had on a mangled black homburg and tan raincoat that he wore with the belt tied behind to avoid the bother of fastening it. A helicopter that had appeared several times passed overhead again. The noise stirred Jantowitz out of whatever thoughts had been preoccupying him. He turned from the window and gestured. "Not much city life here. I told you you should see more there when you could. Young peoples need the chance to make the mistakes to learn from." "Oh, I saw all the life I needed," Hugh answered. "Anyway, it'll be healthier here. High-desert climate. Good air. People probably get out a lot." "Do you still do the jogging and that kind of thing?" Jantowitz asked the question warily, as if he were inviting a confession. "Sure. It's supposed to make you live longer." Jantowitz wrinkled his nose. 'To me, it has always seemed that the things people do to live longer would give them the least reason for wanting to. Too much health is bad for you, I suspect. Is like money. Too much, then you start the worry that now you lose it, and the worry makes you sick." "That's a new one, Theo. I'm not sure what a doctor would say about it, though." Pah! Doctors. What do they know? Just body-mechanics." Jantowitz looked back at the window and told the desert, "Four doctors who tell me to live healthier, I have buried." Hugh looked around the bus casually. The two men were talking earnestly in lowered voices near the front. The woman was sitting in a closer seat, reading a typewritten document on a briefcase resting on her knee. Thirtyish, Hugh judged; could be quite attractive if she dressed a little more femininely and didn't look so intense. She sensed him watching her and looked across. "Hi," he volunteered. She regarded him blankly, as if he had said something in an obscure dialect of Swahili. The moment dragged like a joke fallen flat at a royal table. "Er, I guess we're both working at the same place. We just got in from California. I'm Hugh." Her eyes remained expressionless. "To save us both a lot of time, if you're wondering if I screw, the answer's no," she informed him. "And in any case, I don't like being picked up on buses." With that, she returned to her reading. "Well, excuse me…" Hugh looked back out at the distant side of the valley. Scratch one off the list, he told himself. At Santa Fe they exited the highway and turned north amid dun-colored, adobe-style houses spread out among sandy hills spattered with juniper, pinion, and desert pine. On the climb up to Los Alamos, the landscape became bleaker and rockier. Deep canyons gouged their way between long fingers of flat-topped mesa. Ahead to the west, the hills rose toward the greater summits of the Jemez Mountains, purple and hazy in the distance. Los Alamos, extending ribbonlike along the top of a mesa, appeared suddenly as the bus came over a rise after a winding, uphill section of road. It was young as towns go, most of it dating from within the last half century. There were still some buildings going back to the "secret city" of the Manhattan Project in the early 1940s, but most had been replaced in the growth by a regular, open community that had accompanied the founding and expansion of the National Laboratory in the postwar years. Then, in more recent times, the civilian programs had been gradually axed or hived off to other departments, and the remainder consolidated under the DRA to concentrate on defense-related work. Much of the openness was lost; fences and guard posts appeared around places that had been accessible; in many ways the area had reacquired something of its former character. The bus passed the airstrip on the approach into the town, and then traversed the central area, where the World War Two research had been concentrated. Then they followed the extension eastward into more residential surroundings and turned off to the right. Captain Hemel looked back from his seat by the driver. 'This is 43rd Street now. That's where you two will be staying until you get something more permanent. It's a private boardinghouse, run by a Mrs. Ryecroft. We know her well. She puts up a lot of people from the Lab." They stopped outside an older two-story house, probably going back to the fifties, sheltering from the world and time behind a barricade of laurel and a wicket fence choked with roses. It had been repainted fairly recently, pale yellow with white sills and trim, in a brave attempt to relieve the dusty torpor of the street. The drapes in the windows looked clean but old. A fading Old Glory, discolored by the sun, was painted on the mailbox. "Try a little sugar with the acid and razor blades for breakfast next time," Hugh said to the woman with the briefcase as they climbed out. While Hemel led the way up the porch steps and rang the doorbell, the driver unloaded the bags. Somewhere inside the house, a dog began yapping. It started off another dog with a deeper bark somewhere across the street. Jantowitz's mouth tightened. Hugh shrugged resignedly. All his life, it seemed, he'd been plagued by yappy dogs. There was bustling behind the door, and a female baritone voice yelled, "Shut up, Selby! It's okay." Then the door opened, and Mrs. Ryecroft appeared. "Ahah! You have to be the professor and the doctor. I get professors and doctors all the time. Sometimes I think I could start my own university here." She didn't lower the volume. Her accent was from New England, maybe near Boston. She was heavy around the middle, with a large nose, wide mouth, and features that had once been firm now rounding out above the beginnings of a second chin. A white top retained large, sagging breasts, while her lower half was squeezed into pink stretch-slacks that, with her weight, the indecency laws should have had something to say about. In addition, she wore a purple head scarf knotted at the front. Hemel introduced everybody and produced a document for her to sign. It made Hugh feel like a package being delivered. Hemel reminded Hugh and Jantowitz that they would be collected at 9:00 the next morning, and then returned to the bus. The driver deposited the last of the bags in the front hallway and followed. Mrs. Ryecroft closed the door. A terrier with hair that looked impenetrable falling over its eyes had singled out Jantowitz for a confrontation and was emitting curious, whirringlike noises, presumably supposed to be snarls. "Don't worry about her," Mrs. Ryecroft foghorned "She'll quieten down when she gets used to you. She's a Yorkshire, so I call her Selby. Selby's a town in Yorkshire, England. I spent a vacation near there with my husband when he was alive. They eat blood pudding for breakfast. Would you believe that?" Jantowitz blinked at her through his heavy-rimmed lenses. Outside, the sound came of the bus starting and pulling away. "Did you, er, bring the custom back here?" Hugh asked. "You're kidding. I wouldn't give that stuff to Selby." She handed each of them a ring with two keys. "One's for the room. One's for the front door. I lock it at ten. Come on up. I'll show you the rooms now." The decor was traditional, striving to preserve its memories: floral carpets; heavy drapes with tasseled ties; vases and brass; pictures of a mountain lake and forest, house by a bridge, dark-skinned girl with flowers. But the inferior staining of the hall table and chairs failed to hide the scratches and patchy repairs. The good furniture had gone. Her world was coming apart—like everything else, everywhere. She wheezed up the stairs ahead of them, the expanse of pink stretch-slacks convulsing obscenely. "It's all guests up here. I have my own suite downstairs, past the kitchen. Breakfast is at seven-thirty, dinner at six. Call before five if you want something kept late—they work all hours at the Lab. Visitors are okay, but no drunks, drugs, or smoking in the rooms. The local watch officer will want to know you. He stops by once a week. And remember you've got fourteen days to register your address with the Sheriff's department." Jantowitz took the first room, which was across the landing from the top of the stairs. Hugh's was along a short passageway. It was plain but clean, with a double-size bed, wall closet, two upright chairs at a table by the window, and a small writing desk in one corner. This'll be fine," Hugh said. "Is there anything you don't eat, any special diets?" Mrs. Ryecroft asked. He shook his head. "Pretty much anything's okay with me. I'm an omnivore." "I've got Mexican on for tonight, tacos and enchiladas. That okay?" "Sounds great." She indicated the door across the passage with a wave of her hand. "You've got an English guy called David Wallis in there. Been here a few weeks. He's okay—about your age, I'd say. You'll meet him later when he gets back. He's a university guy too—from a place called Cambridge. Ever been there?" "I know of it," Hugh said. "The only other person right now is across on the other side of the stairs. Ingram—some kind of engineer. But you don't see much of him." "Mrs. Ryecroft." Jantowitz's voice came from his room at the head of the stairs. "What?" Her response would have been fitting had he been on the far side of the street. Hugh looked out. Jantowitz appeared in his doorway, steering Selby not ungently but firmly around the doorpost with a foot. "Mrs. Ryecroft, I am sorry, but the room is now my space and paid for, and the animals I cannot have. Will you talk to her or whatever it is that you do, please?" "Is he gonna be a problem?" Mrs. Ryecroft muttered at Hugh. "I think he has an allergy," Hugh whispered, naming the first thing that came to mind. "He's okay." "Oh, okay." She bustled away back along the passageway. It was defensiveness, Hugh decided. Her noise and bluster tried to present a defiant face, and overcompensated. Underneath it, she was scared and insecure. Everybody was. He moved to the window and lifted aside the net to peer out. The room was at the rear of the house. The yard was paved for a short distance, with weeds sprouting through cracks. Farther back was a forgotten lawn with seats and a garden table. Wooden slat fences separated it from adjoining yards to the sides and rear. In one of them, children were playing on a creaky swing set. A small, yapping dog pranced around them. Hugh sighed and let the net fall back again. Chapter Six David Wallis came in shortly before six. He was breezy and direct in the way that old movies liked to depict as characteristically British. No garish dress, cosmetics, or hair coloring; instead, naturally sandy hair cut short and conventionally, a fresh complexion, and a patterned woolen sweater with plain twill pants. No mirror glasses to be inscrutable behind, nor display of the calculated offensiveness that many seemed to mistake for being assertive. He greeted the arrivals with a solid handshake and a grin that came easily. "So you're the new faces that we've been expecting. Not that I've been here that long myself. As Mrs. R.'s probably told you, I'm not used to these wide open spaces." Ingram, the engineer, did not put in an appearance that evening. Over dinner, Hugh and Jantowitz learned that Dave was an optical electronics specialist, single, and liked cars and anything mechanical. He also confided, since they'd find out for themselves tomorrow, anyway, that he was with the project that they would be joining. He didn't respond when Hugh probed for a hint of what the project was about. After taking care of the guests, Mrs. Ryecroft left them to have her own meal in the kitchen. Jantowitz excused himself too, saying that he was tired after the day's traveling and would read a little, then retire early. Hugh and Dave were left to finish their coffee alone. "What is there to do in the evenings?' Hugh asked. "What kind of thing are you looking for?" Hugh shrugged. "Nothing special. Just to look around, see where the people go. Get a drink, maybe." "There's a Community Center here in town that most Lab people use. Also, a couple of other places that are a notch or two above your average redneck stomping shops and watering holes." "Are you busy?" "I am tonight. We're working a late session." "Does that happen often?" "There's a lot going on." "How far from here is it?" "Oh, we're only at TA-3—across the bridge on the South Mesa. It's walkable, but there's a bus I can catch in half an hour. Why do things the hard way?" "You don't have any wheels, then?' Hugh said. Dave shook his head. 'Too much hassle getting the permits. Anyway, the Lab runs its own shuttle buses around the area. They'll take you to most of the places you'll want to go. There's a pickup point on Trinity Drive, just at the end of the street." "Is it safe around here?' Hugh asked. "Not too bad. Why?" "Driving from the airport this afternoon felt like we were going through a war zone." Dave sighed. "It's getting crazy out there," he agreed. "And places like this can become special targets—along with the people who work in them. You know how it is: eco-terrorists, anarchist guerrillas—the ones who think that science is the cause of all the world's problems. A month or two ago, they got one of the beam-weapons designers with a car bomb. Nasty. But he had this place out in the middle of nowhere that he'd built himself and wouldn't leave. You'll be all right up here in town. This location's like a fortress." Hugh digested the information, then changed the subject. "You didn't have any trouble getting in here? I mean, being from another country—a high-security place like this." "I worked on military stuff before, which probably helped," Dave answered. "The Mother Country and the States are closer than most people realize when it comes to skullduggery and intrigue. But it was all up in the air for a while. At one point I almost told them to forget it. I'd already got an offer from Eurospace Engineering in Germany—straight satellite Optronics." "Without all the security hassle?" Hugh said. "A lot less hassle, anyway." "So why didn't you take it?" Dave shrugged "I was too hooked on MV physics. The work at Cambridge had run out of funding, and it wasn't going to be renewed—due to pressure from the U.S., I suspect. Coming over here was the only way to stay in the field. I'm sure you know yourself how it is." Hugh knew exactly how it was. Working in the new physics of quantum-connected universes generated a curiosity that was compulsive. "MV physics" was a professional's term. The "parallel universes" that Hugh had talked about to Alice accorded with the popular conception of the subject, but was a simplification. The other realities existed not as discrete, separate entities stacked like the pages of a book, but as a smoothly varying continuum. Hence, the Alices that he had described were not "other" Alices, existing detached and apart from each other, but different components of the same "super-Alice," all acting in different ways in their variously differing circumstances. This peculiar conclusion followed from one of the earliest questions that quantum mechanics had addressed. The question had to do with the fact that many processes in physics have several possible outcomes—such as which particular level, of the various permissible levels that exist, an excited atom will return to after absorbing energy. In a given case, there was no way of knowing in advance which of the alternatives would actually occur, although the probabilities could be calculated very accurately. How, then, did Nature "choose" which of the possible outcomes would become real? Various explanations had been considered in almost a century of argument, none of them satisfactory. All they seemed to agree on was that reality was a lot stranger than unaided imagination was probably capable of conceiving. The currently accepted answer was known as the Many Worlds Interpretation. According to this view, all of the possibilities did, in fact happen and were equally real! Each alternative led to a different region of reality, which in turn included all the possible consequences. The "true" universe, or "Multiverse"—hence MV—thus forms an enormous branching structure, extending in virtually an infinite number of dimensions, in which everything that could happen, future and past as well as present, exists somewhere. Nearby parts of the Multiverse tend to be similar. More distant regions become progressively more different. Different in what way depends on the direction. The sequence of events making up an individual's experience represents merely one possible path through the totality, determined by chance, choice, or more generally a combination of both. This picture accommodated and resolved the classical conflict of determinism and free will: In the Multiverse, everything is determinate; which parts of it a particular consciousness will come to know, however, are not. Dave declined to answer when Hugh asked how MV physics was being applied at Los Alamos. "You don't talk about what you don't have to," he said. "They'll tell you what they want, when they want to." That was fair enough, Hugh thought. He wasn't in Berkeley now. "What kind of thing were you doing at Cambridge, then?" he asked instead. Dave hesitated for a second. "I was in an experimental psychology lab." Hugh frowned. He hadn't heard of any related work in that field. "Part of a group studying intuition and the roots of human genius," Dave said. "What does MV work have to do with things like that?" "Sony, Hugh. That's all you get." Dave looked at his watch. He stood up and moved to the door. "Well, I probably won't see you again tonight. What's your schedule for tomorrow?" "We're being collected first thing," Hugh answered. "Okay. I'll probably bump into you sometime later in the lab. Have fun." He disappeared, and Hugh heard him putting on his coat in the hall. Hugh sipped his coffee, staring distantly at the empty doorway. His own MV expertise spanned the physics in general, and he could see how it would be relevant to any likely application here. But why Theo? What could be going on that would have room for a mathematical biophysicist? It was the first time that he'd really stopped to ask himself the question. Dave certainly wasn't giving anything away. "Okay, Dave, I guess I can see your point," he called out absently. "I mean, for all you know, I could be undercover security, trying to catch you out, couldn't I?" Dave stuck his head back around the door. "Oh, I don't think so," he said lightly. "I didn't, even before you arrived." Hugh sent him a puzzled look. "How could you? We've only just met. How could you have formed any opinions about me before?" Dave smiled at him mysteriously. "You'll find out," he said. Chapter Six The Los Alamos National Laboratory comprised over sixty sites that had sprouted about the surrounding area since the Army constructed the original laboratory complex around Ashley Pond, now the town center, in 1943. Following the convention adopted in those early days, these were known as "Technical Areas," designated by TA and a number. TA-3 was the main and oldest surviving complex, situated across a bridge spanning the canyon that bordered the south side of the town. It contained the central administrative facilities and was also the traditional center for work involving advanced physics. To Hugh, it looked more like a military base. A double chain-link fence marked the perimeter, with signs at intervals warning that the space between was patrolled by dogs. Armed guards at a barrier stopped the car with its uniformed woman driver that had collected Hugh and Jantowitz from Mrs. Ryecroft's. They called to verify the IDs and introductory letters of the passengers, then gave them conspicuous red badges to wear that proclaimed them to be visitors until they had been "processed." Inside the gate, to the right, was an office building with a facade of two uniform rows of faded pastel panels and glass, and cars parked along the front. They drove around the far end, past an assortment of huts, enclosures, and lab buildings, several with clusters of rooftop antennas and satellite dishes, to a parking area at the rear. The driver conducted them in past a security desk, and up to the second floor, where dwelt the Assistant Chief Personnel Officer— presumably the Chief Personnel Officer too, and possibly lesser Personnel Officers as well, along with their minions. There were forms to be filled in, mostly with information that they had supplied before. The rest of "processing" involved being photographed, weighed, measured, thumbprinted, voiceprinted, and otherwise acquiring the attributes of officially recognized existence. Jantowitz had an aversion for everything bureaucratic, and on principle never supplied a number correctly in response to any interrogation or demand, unless it was to get cash or for something equally self-serving. Consequently, it was only a short time before he had reduced the office to confusion over records that didn't match, entries that the computers couldn't trace, and cross-references that didn't. While clerks flurried about in disarray, he sat phlegmatic, imperturbable, and totally unhelpful. "The checks don't agree which of these numbers is you. Are you sure you can't provide another source?" one of the clerks pleaded. Jantowitz turned up his hands and pulled a face. "How would I know? I am not a number. Brains that take a billion years to evolve, with fast idiot-chips are replaced, and this they tell us is efficiency? What wonder is it that we have problems?" Hugh had seen it all before. It was Jantowitz's way of ensuring that, as far as it was in anyone's power to arrange, he would be left alone in future. And by and large it worked, too. Meanwhile, Hugh was issued with a badge showing his picture, employee number, department, and security grade. Next, they were supposed to meet Calom, the security chief. But since Jantowitz was still holding everything up in administrative tangles, Hugh was taken across to the Administration Building on his own, leaving the professor to be fitted in separately some other time. Calom's office was plain and utilitarian considering his exalted-sounding rank—certainly more so than would have been typical for a university department head. The desk was regular service style: gray-painted metal with a vinyl top, side extension for dual-screen com unit and hardcopier; a table with several leather-backed steel chairs occupying one corner; and a unit of bookshelves and three metal filing cabinets to complete the furnishings. The walls carried maps of the world, the U.S.A., New Mexico, and the Los Alamos area; an organization chart of personnel and departments; framed citations, photographs of groups in uniform, and military insignia. The secretary who had brought Hugh from Personnel left, closing the door. Calom indicated the visitor's chair, and Hugh sat down. Calom sat back and contemplated him in silence for several seconds over steepled fingers. He had an open face that stared squarely, almost impertinently, with raised eyebrows and questioning mouth. The lines were lean and firm in the way that goes with a body kept in good shape. His hair was cropped close, almost to the skull; his eyes were clear, gray, unsmiling. He was wearing a loose gray jacket over a black, polo-neck sweater. Hugh returned his stare evenly, not allowing himself to be cowed. He didn't like military or security mentalities, the business of violence that they dealt in, or the way they seemed to consider it their privilege to violate with impunity what were supposed to be everyone's rights. In his view, their kind of professional paranoia had brought the world to its present condition. But it wasn't his place to say so here. He just let it show. Calom brought his hands down to the arms of his chair but remained resting easily. "Yes, Dr. Brenner, I know what you're thinking. Science should be honest and open. We have all the knowledge we need to build a better world. The politics of greed and power that I represent are what keep it divided. I do know the line." His voice had a dispassionate quality, with a hint of an almost extinguished accent—English or Australian, Hugh wasn't sure which. The flattened vowels accentuated the cynicism of someone who was long past expecting good from either the world or anybody in it. The pause hung in the air. It was a test. Hugh could either affirm himself now, or concede the status game permanently. "I guess that doesn't leave a lot for me to add," he said, drawling the words, keeping a relaxed exterior. Calom acknowledged with a brief upturn of his mouth. "Very well. Then let me make my position plain too. That way we'll both know where we stand from the start. I don't have much use for long speeches. Intellectuals are not my favorite people, Dr. Brenner. Especially overprotected academics who think that an aptitude for playing computer games gives them something to say about how things should be run in the real world. Force runs the world, and always has. Force created the country that makes your work possible, and made the laws that protect your paycheck. So we both depend on the same system for our survival, just as the system depends on us to do our part. The difference is that I understand and accept. You do not, which means that your discretion and reliability are suspect. My job is to make sure that the privileges that your work here will necessitate being extended to you are not abused." Hugh pursed his lips and drew a long breath. There was no point in being drawn into a clash of opinions. Probably that was what Calom wanted. He said, "Well, that just about spells it out. I don't really have too many questions." Calom continued looking at him for a moment longer. "Good." He sat forward to separate out some of the papers on his desk. "Your clearance is S3/2. That covers Octagon, which is the official designation of the project you'll be working with, Central Resources, and certain facilities outside the advanced weapons programs. These declarations and waivers need to be signed, as you were advised." Hugh turned the papers around and scanned them briefly. They bound him against disclosure in any form, without countersigned permission, of any information acquired as a result of his work, not only for the duration but indefinitely thereafter. All rights to the contrary implied or expressed, were hereby waived—demonstrating them to be, indeed, quite alienable. So were rights against search of person, and property, workplace, or residence, which could now be violated on demand by DRA representatives or their authorized agents. There was no point in objecting now. As Calom had said, he'd been advised what the job would entail. Hugh dashed signatures and initials in the spaces indicated and returned the papers wordlessly. Calom reformed the sheets into a stack. "Surprising as it may sound, life here can be quite agreeable, Dr. Brenner," he said. "Forget about the world's imperfections. You're not going to change anything. It only takes a small effort to fit in. I recommend strongly for your own peace of mind that you try it." The same secretary came to take Hugh back to Personnel, where Jantowitz had at last completed the preliminaries. They had lunch in the TA-3 cafeteria. Then, a serious-looking young man who looked like a technician appeared and announced that he was to take them over to "Polk." Presumably this was where Octagon was housed. It turned out to be on the far side of the main complex, TA-3, that they were in. The technician took them across in one of the electric, golf-car-like buggies that staff used for shuttling about the compound. On the way over, he answered that his name was Roger, and said very little else. Hugh wondered if all of life here was the same festival of mirth and hilarity as his impressions so far. The Polk Annex extension consisted of several new buildings added to the west side of TA-3 in recent years. The one that Roger brought them to bore the uninformative inscription P2 on a plate by the front doors. It was not especially imposing from the outside—a two-story frontage of black, one-way glass, and sides of gray, fluted walls, featureless except for a row of widely spaced windows high up, running all the way to the rear. It put Hugh more in mind of a concrete battleship with rectangular portholes than a building. A perimeter road ran behind, separating the rear from the gravel strip running beside the inner of the two chain-link boundary fences. Roger took them up to a row of offices in the front section and knocked on a door bearing Kintner's name. Kintner's voice called "Come." Roger pushed open the door, motioned the new arrivals through, and departed. Kintner was behind a desk facing the room diagonally from one corner. He treated them to a welcoming smile and indicated chairs standing by a wall. Hugh and Jantowitz drew out one each. Kintner tapped at a com unit beside him and addressed the blank screen. "Rose, our new men are here. Would you ask Neville and Sam to join us, please?" The surroundings felt almost cheerful after the metallic starkness that Calom surrounded himself with. Wooden desk, chairs, and credenza. A commendable attempt by the carpet to inject color. Even a few family pictures among the degrees and diplomas on the ego wall. In one of them, a younger Kintner in mountaineering garb posed triumphantly on a snowy summit. "I take it you're done at Personnel?" Kintner said. "All sorted out? No hitches?" Jantowitz said there were a couple of details that needed checking—nothing serious. Some time-filling chatter followed about the area in general and the desert climate. As he watched the mouth talking, the ever-mobile eyes assessing, Hugh had the same feeling that he'd experienced on the previous occasions that he'd met Kintner—of interacting with a charade. The words were reassuring, the expressions amiable. But somehow the conviction persisted that the real person who existed somewhere remote behind the camouflage was made of very different material. The door opened again, and the two people that Kintner had sent for arrived. The first was Neville Ducaine, whom they knew from his original visit with Kintner to Berkeley. With Ducaine was an Oriental whom Kintner introduced as Sam Phniangsak. "… known universally here as just 'Sam.'" He was of middling height, a little on the chubby side, and wearing a green, open-neck shirt with khaki fatigue pants. His face had a jovial set to it, and he regarded the new arrivals with dark and intelligent, yet playful eyes. "Most of the scientists here are longstanding establishment people like Neville," Kintner said. "But we do have a few, like yourselves, who've been brought into the project from outside because of their MV experience. Sam is from Thailand originally. He's here as what I suppose you could think of as a consultant." "So you are a physicist also?" Jantowitz said, looking at Sam. Sam shook his head. "Actually my qualification for being here is Buddhist philosophy." He grinned at the look on Jantowitz's face. Hugh got the feeling that he was used to surprising people in this way. The eyes behind the bifocals were amused too. "Our work here goes beyond the things that most people in the MV field are aware of," Kintner said. "You'll see for yourselves shortly. Octagon is organized broadly into an Engineering Group, a Theoretical Group, and supporting services. Because of your specialties, I'm assigning you to different teams. Professor Jantowitz will be joining Peter Mulgrave's Theoretical Group." Mulgrave was another whom they had met in the course of the interviews. "Peter is away today, unfortunately. But Sam can show you around and should be able to answer most of your questions." Most men would have felt an impulse to make their mark in some way at that point. Jantowitz just nodded. Kintner turned to Hugh. "Dr. Brenner. You will be going to the Engineering Group, which is headed by Neville. You can talk specifics when he shows you the lab. But first, while we're all together, I want to say a few words about the background to what we're doing here and what it all means. Neville and Sam have heard this before, but it's important enough that you can't hear it too many times. Bluntly, the business that we're in is survival. Survival of our land, of our culture." He placed his palms flat on the desk, letting the mood of the room shift to a more somber note. Then he went on: "I don't have to tell you that things are in a bad way. You see it every time you look at a news screen. I'm not talking about our domestic stresses. China, with client states in Africa, faces Japan and its alliances in the Moslem world. The big clash is going to come in Asia, over the immensely resource-rich parts of what used to be the Soviet empire. When it does, Europe will be drawn in, and then everybody else too. That much is the public's general perception, and it pretty much spells things out the way they are—as far as it goes. However, the real picture is more ugly and goes back a lot farther. Now I'll tell you the other part that you won't read in the headlines. "The reason why the West will have no choice but to get involved is that, ultimately, we are the target. History is filled with accounts of how the wealth of our civilization was built on the exploitation of other peoples. Much of that is true. Some would argue that such were the ways of the times. The point that matters, however, is that the larger part of the world accepts it uncritically, or has been encouraged to do so because it's the kind of motivator that arouses masses and turns them into followers. In other words, most of the world out there that's differently colored from us and outnumbers us five to one is itching to settle a long list of grievances, real and imagined, that have been building up for centuries. In the past, they've never had the political power or the weaponry to do much about it. Now all that's changed." Kintner paused to invite comment. Hugh glanced around. Jantowitz remained inscrutable. Ducaine and Sam looked at the floor. Nobody said anything. Kintner continued: "The present standoff in the East is just the preliminary. Whichever power prevails will control two thirds of the world's population. Then they'll come for us, for the throat. It will be genocidal—a war of extermination. Nothing will be barred. Already we have muon-catalyzed fusion bombs the size of gallon cans, orbiting beam weapons, nerve toxins that can incapacitate whole cities, gene-specific viruses that can be made race-selective. More is being developed every day. "We can wait passively and be resigned. Or we can seek a solution. But any solution will require a ruthlessly candid approach, with no agonizing over religious, moral, or other values. We must cultivate the ability to look at human society with cold objectivity, and to analyze and discuss our conclusions without loss of discretion or undue humility. The best interests of all of us demand recognition of such virtues. Do not deviate from them." Kintner's voice, though quiet, had taken on a sharper edge. From where Hugh was sitting, light from the window gleamed from the lenses, blotting out the eyes behind. The faceless head, its brow high and rounded, jaw moving hollowly, looked for a moment like a skull. Finally, Hugh thought. He was hearing the remote operator at last. Chapter Seven Hugh was not sure what he expected to find in the austere, blockhouselike, rear section of P2 Building. Some kind of super-weapon, maybe? Or an elaborate control center serving some arcane purpose. But the warren of labs, work areas, and cubbyholes full of machinery that Ducaine took him through after they left Kintner's office and went back to the ground floor typified research environments everywhere. Without the TV-monitored security booths to get into the building, and coded finger-box locks on the doors inside, it could have been bade in Berkeley. There were more names and faces to try to remember. Hugh saw Roger again, working intently on the circuitry inside a rack slid out from a cabinet, and as uncommunicative as ever. The cabinet was one of several positioned around a partitioned space containing a recliner that resembled a dentist's chair, with a framework above containing electronics and other hardware. Hugh had noticed several similar chairs tucked away here and there, and more of them in open parts of the floor. In one that they passed, a girl was sitting with her eyes closed, while a woman and a man watched over the shoulder of a technician operating a console nearby. Ducaine didn't elect to explain what was going on. As was typical of MV work, there was a lot of regular, production-style photographic, etching, and crystal-growing equipment. The field was too new to have attracted specialized manufacturers to cater to it yet; hence, antenna chips and associated close-coupled Optronics were usually made by the researchers themselves. The information that the special hardware acquired could then be processed by more conventional means. In the central part of the building, Ducaine took Hugh through several large room? full of power distribution and conditioning equipment and then on to workshops and stores at the back. From there, they ascended a staircase to the upper level. The windows that Hugh had seen from the outside belonged to a periphery of rooms and offices running around the outside, separated by corridors from a central core. For the most part, these housed Peter Mulgrave's Theoretical Group, which Jantowitz would be joining. Presumably theoreticians needed airier and lighter surroundings for inspiration. There were also a secretarial section, conference facilities, and a library. They moved on into the core area. And there were the computers that Hugh had been expecting. The concentration of raw, brute-strength, number-guzzling" power was colossal. There were tiers of Cray, TMC, Hitachi, and other supers, front-ended by cabinets of specialized optical-frequency processors buffering the antenna-chip arrays. Almost all of it was configured around massive parallel architectures and stacked pipelines fed by recirculating "racetrack" molecular mass-memory arrays— numerical earth-movers optimized for plowing through gigantic fields of data. Hugh knew the kind of techniques that this work required. He had never seen them amassed in such density. There were offices, graphics rooms, and simulator setups used for software development. A few of the machines were reserved for the programmers. The rest of the hardware, however, belonged to the system at the heart of the Octagon project, which Hugh now learned was known as the QUAntum Detection & Amplification of Radiation device, or "QUADAR." "Impressed?" Ducaine asked, unable to contain a smile. Hugh raised his eyebrows. "Whatever this thing does, I've got a feeling that it's going to make the QUIC look pretty puny," he replied. "A lot of the work going on at the moment is upgrading to more powerful phase discrimination amplifiers," Ducaine said. "Next week it will be even more impressive." The QUADAR was not a discrete machine, or even any discernible focal point of activity, but a collective term for the whole system, extending through the building as a score of different experiments. In the midst of it all they came across Dave Wallis. He was standing at a console with a girl in a white lab smock, keying in numbers as she read them from a list. Behind them were racks of circuitry draped in cables, and another of the padded recliners. "You've met Sam," Ducaine said to Hugh. "Here are two more people who were brought in from outside: David Wallis and Sarah Pacey… This is Dr. Hugh Brenner, from U.C. Berkeley—one of the new hands that you've heard about." Dave nodded at Hugh. "We already met." "Last night. We're both staying at the same place across the bridge," Hugh explained. "Well, that helps," Ducaine said. "Then you probably know that Dave came here from England." Hugh nodded. "Sarah's from Texas, originally." "Austin," Sarah said. She was slim to the verge of being skinny, with a long face hollowed at the cheeks, and wide, dark eyes with heavy lids. A straight, thin nose, pert mouth, and tapering chin gave a lean firmness that was attractive, though not in any way that would be called glamorous. Her hair was between fair and auburn, falling in loose waves to the nape of her neck. She regarded Hugh with a distancing look, not committing herself one way or the other. "But she came to us from Japan," Ducaine informed him. "From an exchange program with Osaka University. Sarah's the artistic one among us." Artists got involved in MV work too? Hugh looked from one to another of them questioningly. It seemed a strange kind of qualification. "Basically, it was to do with the physics of inspiration and creativity," Sarah told Hugh. "I don't know what kind of MV work you were involved in. It connects with just about everything." Hugh was already beginning to realize that. His background was pure physics; Jantowitz's, evolutionary dynamics. Dave had said that he had been involved with the psychology of intuition and genius. Sam was a philosopher. Now an artist. Hugh frowned, searching for a common thread to it all. Ducaine watched his face. "Let's tie it all together for you," he said. Then, to Dave, "Can we break in here and give Hugh a demo?" "If we can just get this finished first." Dave resumed tapping at the console. "Has Jeff clued you in on capturing an initialization profile yet?" Ducaine asked him. Dave shook his head. "Not really. We're still working on it." Ducaine produced a pocket communicator and held it close to the side of his face. "Jeff Berres." There was a pause. "Hello, Jeff?" The communicator squawked something unintelligible from where Hugh was. "Jeff, this is Neville. I'm at E13 right now. We've got a new man here, and I want to run a demo. Can you get over here and fix the profile for us?" The communicator squawked something that sounded like "Gimmeaminutewillya." Dave finished what he had been doing and said, "All set." Ducaine waved in the direction of the chair. Hugh looked at it uncertainly. "Yes." Ducaine's halo of yellow hair bobbed. "Take a seat." Hugh lowered himself into the chair. It was comfortable enough, with soft arms and a concave rest at the back, seemingly to keep the occupier's head still. At the console, Dave flipped switches and checked responses on a screen. Ducaine turned toward Hugh and pressed his palms together for a second. "I like to tell this as a kind of fable," he said. "With somebody from your background it's especially appropriate. Imagine that long ago, life had progressed to something like amoebas, floating aimlessly in their ponds and tidal pools. The individuals that happened to encounter nutrients thrived; the ones that drifted into toxic areas didn't. Those that got carried up to where the sunshine was did better than those that stayed down in the dark." He paused. Hugh watched him from the chair, unable to guess where this might be leading. "Then, rudimentary light-sensitivity appeared, and the ability to sense chemical gradients. Think what a survival advantage those things were! They made possible the emergence of purposefully directed behavior. What began as vague instincts to follow what 'felt right' about which way to move in the pond—hunches' about what lay ahead, if you will—led eventually to the sophisticated mechanisms that we find associated with eyeballs and noses today." Then a bearded man in a light gray overjacket appeared and took over from Dave at the console. Presumably this was Jeff. "How do you want the modal distribution?" he asked Ducaine. "Standard for now. We'll tune it for specifics when he's imprinted. This is Dr. Hugh Brenner, by the way, Jeff. He's just joined us. Jeff Berres, Signal Processing." Berres sent Hugh a nod as he worked. Hugh returned it. An exchange of technical jargon between Berres and Ducaine followed, which meant nothing to Hugh. Then Ducaine resumed. "Something very different from any of the other primates happened in the ancestral hominid line. Life became purposeful—capable of more than just animal-like reaction to immediate circumstances. Faculties emerged of intuition, creativity, abstract reasoning, that set man in a class apart from everything else in the animal world." Ducaine's eyes seemed to enlarge in their intensity, making Hugh feel as if he were being peered at through a microscope. "What do you think it was, Dr. Brenner? The growth of the human brain has never been satisfactorily explained by simple survival needs or any mechanism of basic selection. What happened that made it unique?" Intuition and the roots of genius? Wisdom? Creativity? The words went through Hugh's mind again. But how did any of it relate to MV physics?… Unless Ducaine was saying that the brain was somehow able to use information propagating at the quantum level. Hugh stared up at him in astonishment. "Are you saying that it responds to Multiverse communication?" "Exactly!" The halo of yellow hair danced in a frenzy. "And is that really so strange, when you think about it? If things as crude as arrangements of lenses, metal slits, and photographic film can make quantum events observable macroscopically, why couldn't a billion years of evolution produce a molecular quantum-event detector—that's what a retina or any other nerve-ending is, after all—and neural amplifying mechanism capable of delivering survival-oriented information to the brain?" There was no need for Ducaine to spell out the rest of the analogy. What he had described was the human basis for knowing, because it "felt right," which path to steer behaviorally through the Multiverse "pond." The amoeba selected a direction that felt desirable to move in by responding to information coming from a place where life would be better. In the Multiverse, some choices of action led to consequences that were preferable to others. Since everything in the Multiverse was equally real, such differences could signal themselves backward in what was normally perceived as "time." Some individuals were better than others at sensing them. They tended to make good teachers and leaders. People thought of them as being unusually gifted with "intuition" and "anticipation." It all fitted. Hugh was only beginning to grasp the enormity of what this portended, when Berres spoke from the console again. "Okay, I think we're close. Let's try and zero in now." He took a pen from his shirt pocket and pulled across a piece of paper that was lying on the console. "Hugh, I've just written a letter on this sheet here. It's either an A, a B, or a C. Say which you think." Hugh looked perplexedly at Ducaine. Guessing games? What did this have to do with MV physics—or any other kind? "None of them stands out for any reason?" Ducaine said. "No." "Then just guess." Hugh shrugged. "B." "Uh-huh." Berres checked something on a screen and entered codes. To one side, Sarah and Dave were watching. Dave winked at Hugh mysteriously. Berres wrote on the paper again. "X, Y, or Z?" he said. "Z." Another adjustment. "R, S, or T?" This time, Hugh was conscious of something having changed subtly. He didn't feel the same casual indifference that he had before, in the way he might have played a children's game. As he visualized the letters in his mind, the R seemed to take on a special significance somehow. It was a vague feeling only, but definitely there. "R," he replied. "Ri-ght. Now we've gotcha." Berres made some final additions, then scribbled once more. "U, V, W," he shot at Hugh. Now there was no doubt. The answer was shouting inside Hugh's head—far more strongly than just a hunch. "W." And even as he said it, he knew he was right. Ducaine was looking satisfied, not even bothering to check with Berres. What in hell was going on? Ducaine stepped forward into Hugh's field of vision again. "So now we know the physical basis for how such faculties work. The equipment that evolution has provided us with is fine for planning a birthday party or a vacation trip. But, as countless wars, political catastrophes, and other disasters have shown, it has proved inadequate for dealing with the complexities that our uniqueness makes it possible for us to create." He paused to let Hugh absorb that much. "Better understanding of how the senses worked enabled devices to be built to enhance them, such as telescopes and sound amplifiers." Ducaine turned and waved a hand to indicate their surroundings generally. "So why not an intuition amplifier?" Hugh moved his eyes to take in the arrays of focusing Optronics inches above his head. What this had to mean was that the QUADAR was able to sort out quantum-level data percolating back from the forward direction in time, and assemble it into usable information that a brain could work with. The incredulity must have registered on his face. Ducaine nodded and smiled. "Yes, I think you've got it, Dr. Brenner. That example we just showed you with the letters reflected a situation involving certainty. By the time Jeff asked you the question, he'd already written down the letter. Now let's bring probability into it." He produced a six-sided die and held it up for Hugh to see. Then he clasped it in a fist as if to roll it on the console top. "Any bets?" he said to Hugh. This didn't make sense. Five was impressing itself in Hugh's mind—not as insistently as the W Had before; but it was clear. And yet, that shouldn't have been so. In the dimension of the Multiverse that represented the possible outcomes, the timeline ahead split six ways with equal probability, none of which ought to be favored. So why was he conscious of any preference at all? But there was nothing but to go with it. "Five," he told Ducaine. Ducaine rolled the die—and five it was. He repeated the process twice more. On each occasion Hugh called five, and five came up. Something very strange was going on. On the next try, Hugh felt five yet again, and said so. But this time the die showed a 2. Then Ducaine held the die in front of Hugh's face and let him see all of it. It was a fake. Four of its sides carried 5, the other two, 3 and 2. "The machine can't predict the future that will actually happen—that's impossible, of course. What it can do is tell you which way to bet. And it will do so even when your ideas on what the rules are turn out to be mistaken because you were deliberately deceived. But isn't that what we mean by 'intuition,' after all—getting the odds right when it flies in the face of what everyone else thinks is common sense? "And that, Dr. Brenner, is what the QUADAR is all about. It doesn't add to mental faculties, but enhances to an extraordinary degree that peculiar human ability which is present to a greater or lesser degree in everyone. It amplifies foresight in the way that a telescope amplifies eyesight. "The purpose of the Octagon project is to provide a decision-making aid for government in the hope that it will reveal a path for avoiding the calamity that our experts say is inevitable. I don't have to tell you how invaluable such a measure would be in times such as we are living in." Hugh could see that. But also, still coupled into the machine, he could see more. He could see his options in life beckoning with greater or lesser appeal. The main path standing out was the project that he was now committed to and had resolved to make the best of. But only premonitions of disappointment, frustration, and eventual conflict came back to him from that direction. There was no detailed image, nothing specific. He felt, rather than saw, eventual betrayal, then himself being discarded. Those who demanded loyalty had none to offer in return. His first reaction was an impulse to protest out loud. Berres and Ducaine were watching him, as if expecting some such violent reaction. But Hugh suppressed it. Because, besides the treachery and pretense, he had glimpsed something else too. Coming to Los Alamos had felt like the last phase of a nightmare that had been closing around him for years. But suddenly he felt, as surely as he had ever felt anything, that Octagon also contained the key to the way out. Here, on this one path before him, lay not only the possibility of escaping from all of it, but to do so permanently. The machine had looked into the maze ahead and extracted that much. What it hadn't told him was how. Chapter Eight Hugh had gotten the impression that Dave and Sarah were closer than being just colleagues in the same lab. In the days that followed, they made no particular attempt to hide the fact. They lunched together in the TA-3 cafeteria, and Dave usually had something planned with Sarah for the few evenings on which they were both free. There was nothing especially surprising about two young people being drawn to each other, of course; even more so if it relieved the oppressiveness of the unfamiliar world that they had all been brought into. On the Sunday following Hugh and Jantowitz's arrival, Dave told Mrs. Ryecroft not to set a place for him that evening, since Sarah had invited him to dinner at her place. Sarah had been at Los Alamos a little longer, and had moved into apartments that the Laboratory owned north of the central district. However, the afternoon was black with thunderstorms, and shortly before five o'clock Dave called Mrs. Ryecroft and asked if there were any electrical problems at the house. "No, everything's fine here," she trumpeted back into the phone. "Why? What's up?" "We've got a power-out here at Sarah's. I think it's affecting this whole part of town," Dave told her. "What about your dinner date?" "I think it's a case of taking a rain check—literally. Could you fit a couple of late additions in over there?" "When have I ever turned anyone away? Sure, bring her over. There's plenty. I'm sure Hugh could use the company." Sarah was not a stranger to the house. In fact, she had lodged there herself when she first came to Los Alamos. "I swear you're getting skinnier," Mrs. Ryecroft said as she watched Sarah shred lettuce for the salad. 'They should have let you stay here for a few more weeks. I'd have put some meat on those bones. What are you feeding yourself on over at that place they put you in? Music might be food enough for love but it doesn't have enough calories." "I do okay. I'm probably still adapting to the altitude," Sarah answered without looking up. At a worktop to one side, Hugh finished filling two glasses from a bottle of Paisano. "You should do this more often," he told Sarah. "Be more like one of the family." "Boy, couldn't we use more of that these days," Mrs. Ryecroft muttered. "I think I had enough of family life growing up in one," Sarah said. There was little warmth in her voice or expression. Hugh looked at her for a few seconds, inviting more, but the distant attitude that she had displayed since their first meeting hadn't changed. He picked up the glasses. "Well, I'll take these on through." "We'll be about fifteen minutes," Mrs. Ryecroft called after him. "Okay." "Are you sure the professor won't be showing up?" "No. He'll be tied up until late." "I'll leave his in the refrigerator, then." "That'll be fine." So far, Jantowitz hadn't had as much access to the machine as he had hoped, due to the upgrade work that had been going on. That work had been completed late on Saturday, however, and he had gone in on Sunday with Sam to catch up. Hugh carried the glasses through into the hallway just as the street door opened and Ingram, the engineer who was also the only other resident present, entered. He was remarkably unremarkable in dress and appearance, qualifying for "average" on just about every characteristic mat could be named. He rarely spoke, never took dinner, and nobody in the house had any idea which part of the Lab he worked in. Dave said he could have vanished in a crowd of three. "Hi," Hugh greeted automatically. Ingram nodded an acknowledgment and disappeared upstairs. Hugh shrugged and carried on into the living room where Dave was sitting on the couch, staring absently at the TV with its sound turned down. It showed scuffles breaking out at a Grayshirts rally in Albuquerque. "Is it me, Dave?" Hugh asked, passing one of the glasses. "Sarah's still giving me the treatment. Ingram talks to me like I'm a piece of the furniture. What's your secret for getting along with them? If it's that accent, I'll take lessons." "Cheers." Dave took the glass and tried a sip. "I don't know about Ingram, but with everyone who works in P2 it's the machine. It creates paranoia. Nobody trusts anybody because they're never sure what little secrets they might have glimpsed into. And we've all got them, haven't we?" He tasted the wine again and smiled. "You could call it a guilt amplifier, I suppose. It's the reason why the whole place is so obsessed with security." Hugh remained standing and contemplated the window moodily. The "side effect" that he had experienced from the QUADAR was an unavoidable consequence of being connected to it. Every contemplated course of action or proposal from somebody else carried connotations of good, bad, indifferent, or otherwise, derived from the probable outcomes. What came through as feeling good to one person didn't necessarily affect everyone else the same way. Thus, negative premonitions didn't always imply insincerity. A whole new set of rules for social interaction in the workplace was having to be worked out. It was common knowledge that Kintner used the machine as an aid to administrative decisions. The object at the end of it all, he pointed out, was to guide national policymaking. Learning how to use the technology was as important as getting it to work right. It made Hugh feel more like a subject in a social-engineering experiment than a free, working scientist. Nobody doubted that whatever insights the project revealed would be monopolized for the political and military advantage of the West. There would be no sharing with the world generally. It was ironic to find himself thinking such thoughts at Los Alamos of all places. "The Caloms of the world should appreciate it," Dave said. "There's somebody else that I seem to affect the wrong way." "Oh, he's like that with everyone, even Kintner." Dave glanced at the screen and added distantly, "Sometimes I think I should have taken that Eurospace job in Germany." "Ask the machine the next time you're hooked up." "It's too late. That option lies in the past now. Hence, the machine no longer has access to that region of the branching structure." Hugh thought for a moment. "Of course. It would have to work that way, wouldn't it." "So maybe there's still need for something like Sam's mystical insights yet," Dave said. Hugh turned and looked down at him over the rim of the glass while he tasted his own drink. "Do you really think there's something to it—direct experience of reality and all that stuff?" he asked. "I'd say there has to be," Dave answered. "It's difficult to imagine that they could all have been wrong for thousands of years. What they say is too similar. They must be on to something… Anyhow, the powers that be, here, seem to think so. They brought him in as an advisor on the project." "True." Hugh hadn't grasped the full implication of that before. It added yet another perspective to what they were doing. "Well, he's someone that Sarah ought to take to better, anyhow," he said absently. "She was in Japan before she came here, right? Does she have a thing about the East?" "I think she's got more of a thing about affairs that don't work out," Dave said. "She went there to forget about one. I've never asked about the details." "Better not get too attached, then, by the sound of it," Hugh commented. Dave shrugged. "Artists," he replied, as if that explained everything. Sarah came through from the kitchen, holding a glass. The way the conversation hung suddenly was impossible to miss. "Hello, my radar says you two are talking about me," she said. "Yes." Dave agreed without hesitation. "Hugh thinks he must be using the wrong soap or something. Apparently, you're not being very nice to him. I tried telling him it's probably just the P2 crabs, but it really ought to come from you." Hugh had to remind himself that this kind of candidness was simply Dave's way. It saved a lot of complications—but it took some getting used to. Sarah looked at Hugh, sighed heavily, and then actually managed a thin smile. "I'm sorry. It wasn't personal. As Dave says, it's that place. It gets to everybody." That was all it needed. "It's okay. I think I'm beginning to understand," Hugh told her. "Don't worry about it." She nodded in the direction of the screen, which was showing riot police forming up and attracting missiles from all factions of the crowd. "What's happening here?" "The voting majority expressing its rational preference," Dave answered laconically. Sarah lowered herself onto the arm of the couch next to him. "Why is it the story of so much of history? So much violence and destructiveness. People spend most of their time squandering the talents and resources that could have solved the problems that they fight about. There's enough to be depressed about, even without the machine." "Ah. But the machine will give the world the means of overcoming all that," Dave intoned grandiosely. "Technologically augmented wisdom, whereby humanity will finally rise above such failings." He raised his glass and drank to the prospect. Sarah snorted derisively. "You mean like all the other magic solutions we've been hearing for two thousand years that were going to do the same thing? Gee, who do I write my check to?" "If I didn't know you better, I'd think you were losing faith in the cause," Dave said. "Cause? It was never my cause." She looked at Hugh. "In Osaka we were beginning to interpret creative human vision in MV terms—you know, the sudden flash of insight that seems to come from nowhere. That was the cause I was dedicated to. Then the Japanese government got involved, and all foreigners were let go." "The same as here," Hugh said. "It's happening everywhere," Dave agreed. Sarah nodded. "And when I got back here, this was all there was." She waved her free hand vaguely. 'This is how it's being run. The world's being sold out again. I think Oppenheimer was right. Maybe, if I had the chance, I'd keep up the tradition." In his room upstairs, Ingram raised his eyebrows as he listened in, making a routine check on the voice quality being picked up by the microphone concealed in the living room's ceiling light. Calom would like this, he thought to himself. In the multichannel recorder disguised as a video cassette player, he adjusted the levels on the wire from the living room to reduce background noise from the TV. Satisfied, he closed the unit, took off the headset, and returned it to his briefcase along with the tapes covering the previous twenty-four hours. Minutes later, he left the house as unceremoniously as he had entered it. *** Meanwhile, in a part of the P2 building, Jantowitz settled himself in the QUADAR coupler while Sam, standing at the control console, loaded his initialization profile from the system's files. Jantowitz was taking his introduction to the machine's capabilities slow and easy. The others in the building were mostly technicians testing the newly installed amplifiers. The researchers wouldn't be in until the next morning. "So why is it you are here with this project?" Jantowitz asked as Sam tapped in commands and checked the screen. "You already know why," Sam said. "They wanted to know if the effects that the QUADAR produces are similar to the insights attributed to traditional Eastern mystical philosophies. That's my department." He smiled, knowing full well that that wasn't what Jantowitz had meant at all. "Yes, their reasons, I know," Jantowitz said. "It is your reason I wish to hear." Sam answered after a pause, without looking up. "Pursuing the rational kind of knowledge that this side of the world has produced doesn't seem to have done much to increase humanity's wisdom. The intuitive path that my discipline follows is supposed to see beyond the delusions that cause all the problems." He shrugged. "Maybe I can bring such insights into what is going on here, before it is turned into a political weapon. I don't know." "So it is to the Buddha you would steer us, and back from the Bomb," Jantowitz said. "You could put it that way." "A tall order, to me it would seem." "I can only try, if the opportunity presents itself. Otherwise, I shall hope to learn." Jantowitz studied the Oriental curiously from the chair. "Tell me, how similar is it?" he said. "When your intuition is enhanced by the QUADAR, is the experience anything like that of directly heightened consciousness? All this—" Jantowitz waved a hand to indicate the surroundings. "Is it just an expensive way of repeating what you have been doing for two thousand years that we have discovered?" "Similar in some ways, not so in others," Sam replied. "From my own experiments, I am confident that the things that have been described for centuries as mystical insight are results of abnormal Multiverse sensitivity—either acquired accidentally or developed through training. There is that much in common. The difference is in the direction that consciousness looks in—the part of the Multiverse from which information enters awareness. In the traditional meditative state, the mind expands into the present. Its experience is of knowing—direct perception of a timeless reality that transcends the limited world of the senses. The QUADAR, by contrast, tunes to the future. It delivers an experience of feelings and premonitions. One reveals what is; the other, what could