Richardson looked down at his patient. "How are you feeling, Michael?"
"Is this going to be painful?"
"Not really. We're using anesthesia for safety reasons. During the procedure, your head needs to be completely immobile."
"What if something goes wrong and this injures my brain?"
"It's just a minor procedure, Michael. There's no reason for concern," Lawrence said.
Richardson nodded to Dr. Lau and the IV tube was attached to a plastic syringe. "All right. Here we go. Start counting backward from a hundred,"
In ten seconds, Michael was unconscious and breathing evenly. With the nurse's help, Richardson attached a steel clamp to Michael's skull and tightened the padded screws. Even if Michael's body went into convulsions, his head wouldn't move.
"Map time," Richardson told the nurse. Miss Yang handed him a flexible steel ruler and a black felt-tip pen, and the neurologist spent the next twenty minutes drawing a grid on the top of Michael's head. He checked his work twice, then marked eight separate spots for an incision.
For several years neurologists had been placing permanent electrodes into the brains of patients suffering from depression. This deep-brain stimulation allowed doctors to turn a knob, inject a small amount of electricity into the tissue, and instantly change a person's mood. One of Richardson's patients—a young baker named Elaine—preferred setting two on the electronic meter when she was home watching television, but liked to turn her brain up to setting five if she was working hard to create a wedding cake. The same technology that helped scientists stimulate the brain would be used to track Michael's neural energy.
"Did I tell him the truth?" Lawrence asked.
Dr. Richardson glanced across the room. "What do you mean?" "Can the procedure damage his brain?"
"If you want to monitor someone's neurological activity with a computer, then you have to insert sensors into the brain. Electrodes attached to the outside of the skull wouldn't be as effective. In fact, they might give you conflicting data."
"But won't the wires destroy his brain cells?"
"We all have millions of brain cells, Mr. Takawa. Perhaps the patient will forget how to pronounce the word Constantinople or he might lose the name of the girl who sat next to him in a high-school math class. It's not important."
When he was satisfied with the incision points, Dr. Richardson sat on a stool beside the operating table and studied the top of Michael's head. "More light," he said, and Miss Yang adjusted the surgical lamp. Dr. Lau stood a few feet away, watching a monitor screen and tracking Michael's vital signs.
"Everything okay?"
Dr. Lau checked Michael's heartbeat and respiration. "You can proceed."
Richardson lowered a bone drill attached to an adjustable arm and carefully cut a small hole in Michael's skull. There was a high-pitched grinding noise; it sounded like the machinery in a dentist's office.
He pulled the drill away. A tiny dot of blood appeared on the skin and began to grow larger, but Miss Yang wiped it away with a cotton swab. A neuropathic injector device was mounted on a second arm that hung from the ceiling. Richardson placed it over the tiny hole, squeezed the trigger, and a Teflon-coated copper wire the width of a human hair was pushed directly into Michael's brain.
The wire was attached to a cable that fed data to the quantum computer. Lawrence was wearing a radio headset with a direct link to the computer center. "Begin the test," he told one of the technicians. "The first sensor is in his brain."
Five seconds passed. Twenty seconds. Then a technician confirmed that they were picking up neural activity.
"The first sensor is working," Lawrence said. "You may proceed."
Dr. Richardson slid a small electrode plate down the length of the wire, glued it to the skin, and trimmed off the excess wire. Ninety minutes later, all the sensors had been inserted into Michael's brain and attached to the plates. From a distance, it looked like eight silver coins were glued to his skull.
***
MICHAEL WAS STILL unconscious, so the nurse remained beside him while Lawrence followed the two doctors into the next room. Everyone pulled off their surgical gowns and tossed them into a bin.
"When will he wake up?" Lawrence asked.
In about an hour."
"Will he have any pain?"
"Minimal."
"Excellent. I'll ask the computer center when we can start the experiment."
Dr. Richardson looked nervous. "Perhaps you and I should talk."
The two men left the library and walked across the quadrangle to the administrative center. It had rained the night before and the sky was still gray. The roses were cut back and the irises were dry stalks. The Bermuda grass that bordered the walkway was dying. Everything looked vulnerable to the passage of time except for the windowless white building at the center of the courtyard. The official name for the building was the Neurological Cybernetics Research Facility, but the younger members of the staff called it "the Tomb."
"I've been reading more data concerning the Travelers," Richardson said. "Right now, I can anticipate some problems. We have a young man who may—or may not—be able to cross over to another realm."
"That's correct," Lawrence said. "We won't know until he tries."
"The research materials indicate that Travelers can learn how to cross over on their own. It can occur because of long-term stress or a sudden shock. But most people have some kind of teacher to instruct them."
"They're called Pathfinders," Lawrence said. "We've been looking for someone to perform that function, but we haven't been successful."
They paused at the entrance to the administrative center. Lawrence noticed that Dr. Richardson disliked looking at the Tomb. The neurologist stared at the sky and then at a concrete planter filled with English ivy—anything but the white building.
"What happens if you can't find a Pathfinder?" Richardson asked. "How is Michael going to know what to do?"
"There's another approach. The support staff is investigating different drugs that could act as a neurological catalyst."
"This is my field and I can tell you that no such drug has been developed. Nothing you take into your body is going to cause a rapid intensification of neural energy"
"The Evergreen Foundation has a great many contacts and sources. We're doing everything we can."
"It's clear that I'm not being told everything," Richardson said. "Let me tell you something, Mr. Takawa. That attitude is not conducive to a successful experiment."
"And what else do you need to know, Doctor?"
"It's not just the Travelers, is it? They're only part of a much larger objective—something that involves the quantum computer. So what are we really looking for? Can you tell me?"
"We've hired you to get a Traveler into another realm," Lawrence said. "And all you need to understand is that General Nash does not accept failure."
***
BACK I N HIS office, Lawrence had to deal with a dozen urgent phone messages and more than forty e-mails. He talked to General Nash about the surgical operation and confirmed that the computer center had picked up neural activity from every section of Michael's brain. During the next two hours, he wrote a carefully worded message that was e-mailed to the scientists who had received grants from the Evergreen Foundation. Although he couldn't mention the Travelers, he asked for explicit information about psychotropic drugs that gave people visions of alternative worlds.
At six o'clock in the evening the Protective Link device tracked Lawrence as he left the research center and drove back to his town house. Locking the front door, he stripped off his work clothes, pulled on a black cotton robe, and entered his secret room.
He wanted to give Linden an update on the Crossover Project, but the moment he got on the Internet a small blue box began flashing on the top left-hand corner of his screen. Two years ago, after Lawrence was given a new access code to the Brethren's computer system, he designed a special program to search for data about his fathe
r. Once the program was released, it scurried through the Internet like a ferret hunting for rats in an old house. Today it had found information about his father in the evidence files of the Osaka Police Department.
Two swords were displayed in Sparrow's photograph: one with a gold handle and another with jade fittings. Back in Paris, Linden explained that Lawrence's mother had given the jade sword to a Harlequin named Thorn who passed it on to the Corrigan family. Lawrence guessed that Gabriel Corrigan was still carrying the weapon when Boone and his mercenaries attacked the clothing factory.
A jade sword. A gold sword. Perhaps there were others. Lawrence had learned that the most famous sword maker in Japanese history was a priest named Masamune. He had forged his blades during the thirteenth century; when the Mongols attempted to invade Japan. The ruling emperor had ordered a series of prayer rituals at Buddhist temples, and many famous swords were created as religious offerings. Masamune himself had forged a perfect sword with a diamond in its handle to inspire his ten students, the Jittetsu. As they learned how to hammer steel, each of the students had created one special weapon to present to their master.
Lawrence's computer program had found the Web site of a Buddhist priest living in Kyoto. The site gave the names of the ten Jittetsu and their special swords.
SMITH / SWORD
I. Hasabe Kinishige / Silver
II. Kanemitsu / Gold
III. Go Yoshihiro / Wood
IV. Naotsuna / Pearl
V. Sa / Bone
VI. Rai Kunitsugu / Ivory
VII. Kinju / Jade
VIII. Shizu Kaneuji / Iron
IX. Chogi / Bronze
X. Saeki Norishige / Coral
A jade sword. A gold sword. The other Jittetsu swords had disappeared—probably lost in earthquakes or wars—but the doomed line of Japanese Harlequins had protected two of these sacred weapons. Now Gabriel Corrigan was carrying one of these treasures and the other was used to kill Yakuza in a blood-splattered banquet hall.
The search program moved through the lists of police evidence and translated the Japanese characters into English. Antique tachi (long sword). Gold handle. Criminal investigation 15433. Evidence missing.
Not missing, he thought. Stolen. The Brethren must have taken the gold sword from the Osaka police. It could be in Japan or America. Maybe it was stored at the research center, just a few feet away from his desk.
Lawrence Takawa was ready to jump up and drive back to the center. He controlled his emotions and switched off his computer. When Kennard Nash first told him about the Virtual Panopticon, it was just a philosophical theory, but now he actually lived inside the invisible prison. After one or two generations, every citizen in the industrial world would have to make the same assumption: that they were being tracked and monitored by the Vast Machine.
I'm alone, Lawrence thought. Yes. Completely alone. But he assumed a new mask that made him look alert, diligent, and ready to obey.
Chapter 35
Sometimes Dr. Richardson felt like his old life had completely disappeared. He dreamed of his return to New Haven like a ghost from Dickens's A Christmas Carol, standing on the street in the cold darkness while his former friends and colleagues were inside his own house laughing and drinking wine.
It was clear that he never should have agreed to live at the research compound in Westchester County. He thought it would take weeks to arrange his departure from Yale, but the Evergreen Foundation appeared to wield extraordinary power at the university. The dean of the Yale Medical School had personally agreed to Richardson's sabbatical at full salary, and then asked if the foundation might be interested in funding the new genetic research lab. Lawrence Takawa hired a Columbia University neurologist who agreed to drive up every Tuesday and Thursday to finish teaching Richardson's classes. Five days after his interview with General Nash, two security men showed up at Richardson's house, helped him pack, and drove him to the compound.
His new world was comfortable, but very restricted. Lawrence Takawa had given Dr. Richardson a clip-on Protective Link ID, and this determined his access to the different parts of the facility. Richardson could enter the library and the administrative center, but he was denied access to the computer area, the genetic research center, and the windowless building called the Tomb.
During his first week at the facility, he worked in the library basement practicing his surgical skills on the brains of dogs and chimpanzees as well as a fat cadaver with a white beard that the staff called Kris Kringle. Now that the Teflon-coated wires had been successfully inserted in Michael Corrigan's brain, Richardson spent most of his time in his small apartment at the administrative center or in a cubicle at the library.
The Green Book gave a summary of the extensive neurological research performed on Travelers. None of the reports had been published, and thick black lines disguised the names of the various research teams. The Chinese scientists had apparently used torture on Tibetan Travelers; the footnotes described chemical and electric-shock treatments. If a Traveler died during a torture session a discreet asterisk would be placed beside the case number of the subject.
Dr. Richardson felt like he understood the key aspects of a Traveler's brain activity. The nervous system produced a mild electric charge. When the Traveler was going into a trance state, the charge became stronger and showed a distinctive pulsing pattern. Suddenly everything seemed to switch off in the cerebrum. Respiration and cardiovascular activity was minimal. Except for a low-level response in the medulla oblongata, the patient was technically brain-dead. During this time, the Traveler's neurological energy was in another realm.
Most Travelers showed a genetic link to a parent or relative who had the power, but this wasn't always true. A Traveler could appear in the middle of rural China, born to a peasant family that had never traveled to another realm. A research team at the University of Utah was currently preparing a secret genealogy database involving all known Travelers and their ancestors.
Dr. Richardson wasn't sure what information was restricted and what could be shared with the rest of the staff. His anesthesiologist, Dr. Lau, and the surgical nurse, Miss Yang, had been flown in from Taiwan for the experiment. When the three of them ate together at the cafeteria, they talked about practical matters or Miss Yang's passion for old-fashioned American musicals.
Richardson didn't want to discuss The Sound of Music or Oklahoma. He was worried about the possible failure of the experiment. There was no Pathfinder to guide Michael, and his team hadn't received any special drugs that would force the Traveler's Light out of his body. The neurologist sent a general e-mail asking for help from other research teams working at the facility. Twelve hours later, he received a lab report from the genetic research building.
The report described an experiment involving cell regeneration. Richardson had studied the concept many years ago in his undergraduate biology class. He and his lab partner had cut a flatworm into twelve different pieces. A few weeks later, there were twelve identical versions of the original creature. Certain amphibians, such as salamanders, could lose a leg and grow a new one. The Research Project Agency of the United States Defense Department had spent millions of dollars on regeneration experiments with mammals. The Defense Department said it wanted to grow new fingers and arms for injured veterans, but there were rumors of more ambitious attempts at regeneration. One government scientist told a congressional panel that the future American soldier would be able to sustain a major bullet wound, heal himself, and continue fighting.
Apparently the Evergreen Foundation had gone far beyond that initial research in regeneration. The lab report described how a hybrid animal called a "splicer" could stop bleeding from a serious wound in one to two minutes and could regenerate a severed spinal nerve in less than a week. How these scientists had achieved these results was never described. Richardson was reading the report a second time when Lawrence Takawa appeared in the library.
"I just found out that you received some unauthorized i
nformation from our genetic research team."
"I'm glad it happened," Richardson said. "This data is very promising. Who's in charge of the program?"
Instead of responding, Lawrence took out his cell phone and dialed a number. "Could you send someone over to the library" he said. "Thank you."
"What's going on?"
"The Evergreen Foundation isn't ready to publish its discoveries. If you mention the report to anyone, Mr. Boone will see it as a security violation."
A security guard entered the library and Richardson felt sick to his stomach. Lawrence stood beside the cubicle with a bland expression on his face.
"Dr. Richardson needs to replace his computer," Lawrence announced as if there had been some kind of equipment failure. The guard immediately disconnected the computer, picked it up, and carried the machine out of the library. Lawrence glanced at his watch. "It's almost one o'clock, Doctor. Why don't you go have lunch."
Richardson ordered a chicken salad sandwich and a cup of barley soup, but he was too tense to finish the meal. When he returned to the library, a new computer had been placed in his cubicle. The lab report wasn't on the new hard disk, but the foundation's computer staff had downloaded a sophisticated chess simulator. The neurologist tried not to think of negative consequences, but it was difficult to control his thoughts. He nervously played endgames for the rest of the day.
***
ONE NIGHT AFTER dinner Richardson remained in the employee cafeteria. He tried to read a New York Times article about something called the New Spirituality, while a group of young computer programmers sat at a nearby table and made loud jokes about a pornographic video game.
Someone touched his shoulder and he turned around to find Lawrence Takawa and Nathan Boone. Richardson hadn't seen the security man for several weeks and had decided that his previous fear was an irrational reaction. Now that Boone was staring at him, the fear returned. There was something about the man that was very intimidating.