Dark Matter. Greg Iles

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СКАЧАТЬ research, but she did know that success was still quite a ways off. She could read that in the faces of the scientists and engineers who reported to work every day.

      Project Trinity was building—or attempting to build—a supercomputer. Not a conventional supercomputer like a Cray or a Godin, but a computer dedicated to artificial intelligence—a true thinking machine. She didn’t know what made this theoretical computer so difficult to build, but Godin had told her a little about the genesis of the project.

      In 1994, a Bell Labs scientist had theorized that an almost infinitely powerful code-breaking computer might be built using the principles of quantum physics. Geli knew little about quantum physics, but she understood why a quantum computer would be revolutionary. Modern digital encryption—the code system used by banks, corporations, and national governments—was based on the factoring of large prime numbers. Conventional supercomputers like those used by the NSA cracked those codes by trying one key after another in sequence, like testing keys in a lock. Breaking a code this way could take hundreds of hours. But a quantum computer—in theory—could try all possible keys simultaneously. The wrong keys would cancel each other out, leaving only the proper one to break the code. And this process wouldn’t take hours or even minutes. A quantum computer could break digital encryption codes instantaneously. Such a machine would render present-day encryption obsolete and give whatever country possessed it a staggering strategic advantage over every other nation in the world.

      Given the potential value of such a machine, the NSA had launched a massive secret effort to design and build a quantum computer. Designated Project Spooky, after the description Albert Einstein had given to the action of certain quantum particles—“spooky action at a distance”—it was placed under the direction of John Skow, director of the NSA’s Supercomputer Research Center. After spending seven years and $600 million of the NSA’s black budget, Skow’s team had not produced a prototype that could rival the performance of a Palm Pilot.

      Skow was probably days from being terminated when he received a call from Peter Godin, who had been building conventional supercomputers for the NSA for years. Godin proposed a machine as revolutionary as a quantum computer, but with one attribute the government could not resist: it could be built using refinements of existing technology. Moreover, after a conversation with Andrew Fielding, the quantum physicist he’d already enlisted to work on his machine, Godin believed there was a strong chance that his computer would have quantum capabilities.

      By dangling these plums before the president, Godin had been able to secure almost every concession he demanded. A dedicated facility to work on his new machine. Virtually unlimited government funds to pay for a crash effort modeled on the Manhattan Project. The right to hire and fire his own scientists. For government oversight he got John Skow, whom he had compromised years before by bribing Skow to choose Godin computers over Crays for the Supercomputer Research Center. The president’s single demand had been on-site ethical oversight, which materialized in the form of David Tennant. And Tennant had seemed only a minor annoyance in the beginning. Everything had seemed perfect.

      But now two years had passed. Nearly a billion dollars had been spent, and there was still no working Trinity prototype. In the secret corridors of the NSA’s Crypto City, people were starting to draw parallels to the failed Project Spooky. The difference, of course, was Peter Godin. Even Godin’s enemies conceded that he had never failed to deliver on a promise. But this time, they whispered, he might have taken on more than he could handle. Artificial intelligence might not be as theoretical as quantum computing, but more than a few companies had gone bankrupt by promising to deliver it.

      Which was why Geli didn’t understand the necessity of Fielding’s death. Until last night, Godin had apparently viewed the brilliant Englishman as critical to Project Trinity’s success. Then suddenly he was expendable. What had changed?

      On impulse, she punched her keyboard and called up a list of Fielding’s personal effects, which she had made after his death, at Godin’s request. Fielding’s office had been a jumble of oddities and memorabilia, more like a college professor’s than that of a working physicist.

      There were books, of course. A copy of the Upanishads in the original Sanskrit. A volume of poetry by W. B. Yeats. Three well-thumbed novels by Raymond Chandler. A copy of Alice Through the Looking Glass. Various scientific textbooks and treatises. The other objects were more incongruous. Four pairs of dice, one pair weighted. One cobra’s fang. A mint copy of Penthouse magazine. A saxophone reed. A Tibetan prayer bowl. A wall calendar featuring the drawings of M. C. Escher. A tattered poster from the Club-à-Go-Go in Newcastle, England, where Jimi Hendrix had played in 1967, autographed by the guitarist. A framed letter from Stephen Hawking conceding a wager the two men had made about the nature of dark matter, whatever that was. There were store-bought compact discs by Van Morrison, John Coltrane, Miles Davis. The list of objects went on, but all seemed innocuous enough. Geli had flipped through the books herself, and a technician was listening to every track on the CDs, to make sure they weren’t fakes being used to store stolen data. Aside from Fielding’s office junk, there were his wallet, his clothes, and his jewelry. The jewelry was simple: one gold wedding ring, and one gold pocket watch on a chain, with a crystal fob on the end.

      As she pondered the list, Geli suddenly wondered whether all this stuff was still in the storage room where she had locked it this afternoon. She wondered because John Skow had access to that room. What if Fielding had been killed for something in his possession? Maybe that was why they’d wanted him to die at work. To be sure they got whatever it was they wanted. If so, it would have to be something he carried on him. Otherwise they could simply have taken it from his office. Geli was about to go check the storage room when her headset beeped again.

      “I think we’ve got a problem,” Corelli said.

      “What?”

      “Just like Tennant’s house. They’re inside, but I’m not hearing any conversation. Just faint echoes, like spillover from mikes in a distant room.”

      “Shit.” Geli routed the signal from the Fielding house microphones to her headset. She heard only silence. “Something’s going down,” she murmured. “What do you have with you?”

      “I’ve got a parabolic, but it’s no good through walls and next to useless with a window. I need the laser rig.”

      “That’s here.” She mentally cataloged her resources. “I’ll have it to you in twelve minutes.”

      “They could be gone in twelve minutes.”

      “What about night vision?”

      “I wasn’t expecting anything tactical.”

      Goddamn it. “It’s all on the way. Check Tennant’s car for that FedEx envelope. And give me the address of the driveway where you’re parked.”

      Geli wrote it down, then pressed a button that sounded a tone in a room at the back of the basement complex. There were beds there, for times when her teams needed to work around the clock. Thirty seconds later, a tall man with long blond hair shuffled sleepily into the control center.

      “Was ist this?” he asked.

      “We’re going on alert,” Geli said, pointing to a coffee machine against the wall. “Drink.”

      Ritter Bock was German, and the only member of her team handpicked by Peter Godin. A former GSG-9 commando, Ritter had worked for an elite private security service that provided bodyguards for Godin when he traveled in Europe and the Far East. Godin had hired Ritter permanently after the former commando averted a kidnapping attempt on the billionaire. Ruthless, nerveless, and skilled in areas beyond his counterterror СКАЧАТЬ