"So what's happening with the consultancy in California?" Charles inquired. "Are you wrapping that up now?" They had been talking for almost half an hour. Charles was speaking from a large, red-leather arm-chair to one side of the flickering log fire in the library. Lee was sprawled in the chair opposite, and Murdoch was on the settee between them, facing the hearth. Murdoch had given Charles the latest news regarding the family in Chicago, and the conversation had now drifted to the more immediate topic of Murdoch and Lee.
"We've been running it down for some time really," Murdoch replied. "The last contract we had was for an outfit called Dynasco. They wanted a study on self-organizing energy vortices in plasmas. Lee stayed on for a few months to tie up the loose ends on it while I was setting up things in New York."
Charles took a sip from the brandy glass in his hand and smacked his lips approvingly. "Did it not work out then?" he asked. "I could have told you you're not<Body text>cut out to be a businessman like your father."
"Oh hell, I know that," Murdoch said. "The idea never was to start a multinational. It was just a way of working on things that were interesting without being owned by anybody, and to make enough to get by on for a year or two. That was all we ever meant to do, and that was what we did. It worked out fine."
"So where to next?" Charles asked him. "What happens in New York?"
"It looks as if we're all set for a commission with a consulting group called Wymess Associates. They're looking for outside help on plasma dynamics. I've been talking to them since November and it's looking pretty certain. Sounds interesting too; they're working with General Atomic on nuplex designs for East Africa."
Murdoch was referring to the integrated nuclear-based, agricultural-industrial packaged complexes, capable of supporting a tightly knit, autonomous community at full twenty-first-century living standards and life-styles that was being developed for export to the rapidly developing Third World. The "nuplexes" were part of an international program aimed at once and for all eliminating from the planet the most basic scourges that had plagued mankind as long as mankind had existed. Later on, the technologies perfected in developing the nuplexes would form the basis for designing self-sustaining colonies in space.
Charles nodded slowly. "Aye, that sounds as if it could suit you more. You've always had a wee bit o' the idealist in you, I suspect, Murdoch . . . wanting to contribute something to making the world less of a mess and that kind of thing. You've got academic talent, but you're no academic by nature. After CIT and Fusion Electric, you've probably seen as much of university campuses as you want to." He glanced across at Lee. "And you're from the same mold if I'm not very much mistaken. And I'll warrant you don't see yourself fitting in with the big corporations either."
Lee crossed a foot loosely over his knee, pursed his lips for a moment, then shook his head. "You've said it. They get things done, but you've got to fit. If you don't fit the image or the image doesn't fit you"—he spread his hands expressively—"what's the point of wasting your time trying to prove something you've already made your mind up you're not all that interested in proving?"
"Aye," Charles conceded simply. He already knew enough not to press questions, and by nature he was not disposed to dispensing conventional wisdoms in the form of grandfatherly advice unless it was asked for.
By the early 2000s, a great deal of basic scientific research and many of the major research projects had come to be managed and funded by the larger multi-national corporations. This trend reflected the tendency of private industry to look more after itself and its basic needs as confidence in government initiative was eroded away by the effects of continual policy reversals, irresolution in the face of electoral whims, and stifling bureaucracy. To insure the supply of trained talent that these expanding ventures would demand, the corporations had become heavy investors in the educational system by the closing decades of the twentieth century; some had gone further by opening their own colleges and awarding their own degrees, which in certain sectors of research and industry had already come to be considered more valuable than some of the traditional diplomas.
Murdoch had studied mathematical physics at CIT and then moved on to the university founded by the Fusion Electric Corporation, a California-based company engaged in the commercial generation and distribution of fusion-generated power, to gain further experience in plasma techniques. There he had met Lee, who, it turned out, was a son of the corporation's Vice President of Research. Despite the opportunities implied by virtue of his father's position, Lee's main interests there lay with the computers, an addiction he had been nurturing since an early age. He didn't find the executive image challenging or inspiring and, like Murdoch, was preparing to go his own way; again like Murdoch, he didn't know where to. After completing their courses at the university they had stayed for a while at FEC, and then left to set up the consultancy at Palo Alto, on the bay shore a few miles south of San Francisco.
"So where are you from originally, Lee?" Charles asked. "Have you always lived on the West Coast?"
"I was born in Osaka, Japan," Lee replied. Charles's eyebrows rose in mild surprise. Lee explained, "My father was chief engineer on a joint U.S.-Japanese tokamak project out there for a number of years. He moved back to the States when they made him a V.P."
"You were very young while you were there, I take it," Charles said.
Lee shook his head. "He was there for quite a while. I was nearly fifteen when we moved back. All I got to see of the States before then was what I could squeeze into vacations."
"He was brought up on karate," Murdoch interjected. "I've seen him break concrete blocks with his fist."
"Good heavens!" Charles exclaimed. "You'll no doubt have a lot to talk about with Ted Cartland when he gets back, Lee. Did Murdoch tell you about Ted?"
"Is that the English guy that lives here?" Lee asked. "Used to be in the Air Force . . . been all over."
"Aye, that's him," Charles confirmed. "He was born in Malaya. His father was major in the Army, attached to the Australians. Ted's quite an interesting chappie."
"Where is he?" Murdoch asked.
"He's been away for a few days, working with one of the firms that we use for components," Charles replied. "He should be back tomorrow." The old man sat back in his chair and drained his glass. "Ah well, it sounds as if the two o' ye are still a solution waiting for the right problems to appear. But there's no rush. You know your own minds better than anyone. There's many a man in this world who's rushed headlong into the wrong thing without thinking, and then had to spend the next half of his life getting himself out o' the mess he's made." He leaned forward to refill the glass from a decanter beside him. The other two watched in silence, wondering when he would get around to the topic of their visit and the reason for it.
Charles leaned back and settled himself more comfortably into the chair with his glass. "So, Lee," he said, as if reading their thoughts. "How much do you know about the background to what Ted and I have I been up to here?"
"Doc's talked to me quite a bit about it off and on," Lee replied, uncrossing his legs and straightening up in the chair. "I know you spent a lot of time in the States at places like MIT, Princeton, and Stanford . . . and after that at NASA and the Defense Department, before you came back here. I've read the papers you published on the isolation of free quarks. That was at Stanford, wasn't it? I guess it must have started somewhere around there."
"That was in the eighties," Charles said, nodding. "But I suppose you're right in a way: That did lay the foundation. But the really interesting things started happening about ten years ago. I was with NASA by then, but Stanford was still carrying out experiments involving quarks. Some of the experiments were giving anomalous results that nobody could explain, so they asked me to go down and have a look at them because of the work I'd been involved with there previously."
"Something analogous to nuclear resonances, wasn't it?" Lee said.
"Aye. They occurred in connection with nucleons decaying into three quarks. The specific cases were when a nucleon broke down first into two quarks plus an intermediate particle, and then the intermediate particle transformed into the third quark. The `quason,' which was the name given to the intermediate particle that had been tentatively postulated, had never actually been detected or observed as such. As you say, it was like a nuclear resonance, but its lifetime was so many orders of magnitude shorter even than that of a resonance that some people were doubting it existed at all. It was simply an entity with certain mathematical attributes needed to account for the slight delay between the appearances of the first two quarks and the third one. The problem was that, in the light of the more accurate measurements that had been made by that time, it was impossible to assign a set of properties to the quason that were internally consistent. There was always something that contradicted the experimental data."
"Yes, I remember reading about that in something that Doc showed me," Lee said. "Didn't you offer an interpretation that didn't require quasons at all?"
"That's right," Charles replied. "But the alternative interpretation that I proposed called for a rather unusual assumption: that all three quarks were created simultaneously, but the data defining the first two had propagated backward in time. The magnitudes involved were of the order of ten-to-the-minus-thirty second—about the time light would take to cross a quark—but real nevertheless.
"Results of other experiments from other places too involved the same kind of thing," Charles went on. "To cut a long story short, it turned out that they could all be interpreted consistently on the basis of information propagating forward or backward through time, without quasons coming into it at all. So there were two explanations; one was testable but unsatisfactory, the other consistent but apparently nonsensical. As you can imagine, there was a lot of arguing going on around then."
"That's something I was meaning to ask about," Lee said. "This would have been around when, ten years ago?"
"Aye. Around the turn of the century."
"I checked through a lot of the papers and journals from around then, but I couldn't find much mention of it.The only things I saw were the things that Doc showed me, which I guess he got from you. How come? And if you've proved now that the no-quason interpretation is correct, how come the traditional version is still accepted practically everywhere?"
"Ah well . . ." Charles paused to sip his brandy. "There were two reasons. First there was the obvious thing: A lot of scientists opposed the theory on principle. I can't say I blame them really. It conflicted with all the accepted notions of causality, and the overwhelming tendency among most of them was to stick with the choice that at least retained familiar concepts and made sense, even if it was giving ragged results. It wouldn't have been the first time in the history of science that that had happened. So, I suppose, I was part of a very small minority . . . but then maybe I always was an awkward cuss.
"Then on top of that I was just in the process of moving from NASA to the Defense Department. There were all kinds of security regulations, classified information restrictions and all that kind o' drivel to contend with, and some silly ass somewhere got it into his head that this particular topic might have defense implications. I can't for the life of me imagine why, but that was enough to keep most of the story out of the limelight.
"Anyhow, I was convinced I was on the right track, never mind what the rest of them were saying, and through the work I was doing at the Department, I kept in touch with a few people at places like Los Alamos who thought the same way. You see, there were a few unofficial experiments going on here and there even though it was supposed to be restricted work. Eventually everything started coming out of the woodwork and the whole thing turned political. I got fed up with the whole damn business and came back here to be left alone. As Murdoch has told you, I've worked here ever since. It must be, oh . . . three years or thereabouts now."
"And has this guy Ted Cartland been here that long too?" Lee asked.
Charles nodded. "I got to know Ted while I was still at NASA. He was at Cornell, involved with designing orbiting detectors for X-ray astronomy. He'd been mixed up with shuttle and satellite design and testing while he was in the RAF . . . a lot of liaison with other countries and that kind of thing. He'd worked with the people at Cornell in the past, knew them all, and moved there when he left the RAF. They were doing work for NASA, and that was how we got to know each other.
"When I decided to move back to Scotland, I had the feeling that I wasn't far from the point of producing a device to test the theory I'd been working on. Now I'm not much of a practical man when it comes to putting together gadgets and electronics and such, but Ted is. So I invited him to come back as well to take care of that side of things."
With that, Charles emptied his glass for the second time, set it down on the edge of the hearth, and stood up. "Anyhow, enough of all this witterin' on like three old women," he said. "You must be wondering if I'm ever going to show you the machine itself. Let's get along downstairs to the lab."
| Title: | Thrice Upon a Time |
| Author: | James P. Hogan |
| ISBN: | 0-671-31948-5 |
| Copyright: | © 1980 by James P. Hogan |
| Publisher: | Baen Books |