In China, Gorbachev’s visit in May brought the student protests for democracy in Tiananmen Square to a new level of intensity. They were suppressed by the massacre a few weeks later. Across Eastern Europe, ferment spread, especially in Hungary and Poland, where the Solidarity movement came out from the underground and won in the elections to parliament. On July 7, Gorbachev affirmed to leaders of the Warsaw Pact that the Soviet Union would not intervene to stop the juggernaut, and they were free to go their own way. During the same week, Akhromeyev, in his new capacity as an adviser to Gorbachev, had a remarkable tour of U.S. military installations during which he and Admiral William Crowe, chairman of the U.S. Joint Chiefs of Staff, openly debated how to end the arms race.21 Bush’s trip to Poland and Hungary in July exposed him to the torrent of change there.22 In his diary, Chernyaev captured the madness and the drama of these months. “All around Gorbachev has unleashed irreversible processes of ‘disintegration’ which had earlier been restrained or covered up by the arms race, the fear of war…” he wrote. Socialism in Eastern Europe is “disappearing,” the planned economy “is living its last days,” ideology “doesn’t exist any more,” the Soviet empire “is falling apart,” the Communist Party “is in disarray” and “chaos is breaking out,” he wrote.23
In September, Shevardnadze flew with Baker on the secretary’s air force plane to a meeting in Jackson Hole, Wyoming. In a long talk on the flight, Shevardnadze drove home to Baker the urgency of Gorbachev’s problems at home, especially the forces of disintegration pulling the republics away from the center. Baker had not realized in the spring that Gorbachev’s situation was so precarious and the window of opportunity was closing. “Our CIA was way, way behind the curve,” he said. Baker recalled the first hints came only that summer, and by September, on the flight to Jackson Hole, it “really became obvious.”24 One concrete outcome of the Baker and Shevardnadze meeting in Wyoming was an agreement to exchange data about chemical weapons stockpiles. However, the Soviet Union did not disclose the secret research on the new binary weapon, the novichok generation.
Chernyaev called 1989 “The Lost Year.” It was also the beginning of the crack-up. A gargantuan superpower was starting to come unglued, with nuclear, chemical and biological weapons strewn across the landscape.
As authority weakened in the Soviet Union, secrets leaked out of the military’s most carefully guarded citadels. Velikhov, the progressive physicist and Gorbachev’s adviser, personally exposed some of them in another amazing glasnost tour. In July, he brought a group of American scientists, led by Cochran of the Natural Resources Defense Council, to the Black Sea to conduct a verification experiment involving a Soviet cruise missile, armed with a nuclear warhead, on a navy ship.25 It was rare for Americans to get so close to a Soviet weapon. The point was to determine if radiation detectors could spot the presence or absence of a nuclear warhead. While some theoretical studies had been done, the experiment offered a chance to check the radiation detectors against a real weapon. The question was important because of the larger debate at the time about whether there could be effective verification of sea-launched cruise missiles. The United States claimed it was impossible to verify nuclear warheads on naval cruise missiles, and insisted they should be left out of the negotiations on strategic arms. The Soviets wanted to count them—and limit them—because of the American advantage. Velikhov wanted to pierce the veil of secrecy, in hopes it would reduce the danger of the arms race, just as he had done in 1986, bringing Cochran to the secret Semipalatinsk nuclear-testing site, and again in 1987 to the disputed Krasnoyarsk radar. This time, the KGB tried to stop Velikhov, but Gorbachev overruled them.26
On a sunny July 5, 1989, the Americans, joined by a group of Soviet scientists, lugged their radiation detectors aboard the Slava, a 610-foot Soviet cruiser at Yalta on the Black Sea. At that moment, the ship held a single SS-N-12 nuclear-armed cruise missile, NATO code-named “Sandbox,” stored in the forward, exterior starboard launcher. The Soviets were so nervous about the visit that they had rehearsed it for weeks. They feared the Americans might learn too much about the design of the warhead. The sea was a sparkling blue, and Cochran wore shorts, a baseball cap and a T-shirt as he and his team wrestled the test equipment onto the missile tube to measure the radiation. The evening before the experiment, the Soviets had insisted that, by the plan, the Americans could take only a very short reading, but Cochran got a longer one and plenty of data. Soviet scientists carried out their own tests, too. In one extraordinary glasnost moment, the hatch was opened and the Americans took photographs of the dark, menacing tip of the cruise missile, lurking just inside the cover.27
No sooner were the scientists back in Moscow on July 7 than Velikhov bundled them off to the airport to see another secret installation. They flew 850 miles east to Chelyabinsk-40, near the town of Kyshtym, a nuclear complex built in Stalin’s day, where reactors had churned out plutonium for nuclear weapons. The complex was top secret, but when Velikhov appeared at the gates, they swung open. “It was the first time foreigners were in a town whose whole existence was to destroy America,” Velikhov recalled.28 Von Hippel, the Princeton professor who had known Velikhov since the early 1980s, said that Velikhov wanted the Americans to see a plutonium reactor being shut down, fulfilling a promise Gorbachev had made earlier. After the tour, “We had a fairy-tale-like dinner on an island in the middle of this lake, with a long table with white tablecloth and silver laid out under the birch trees,” Von Hippel remembered. Boris Brokhovich, the seventy-three-year-old director of Chelyabinsk-40, stripped naked and plunged into the lake. Several of the Americans then followed him. Not far from the lake was the scene of a devastating accident more than three decades earlier, when a storage tank exploded, throwing 70–80 metric tons of waste containing 20 million curies of radioactivity over the surrounding area. The total release of long-lived fission products, almost comparable to Chernobyl, had contaminated thousands of square kilometers. The accident, September 29, 1957, was hushed up for decades, but revealed after the Soviet collapse.
The last stop on Velikhov’s glasnost tour was the most daring, the one he had first suggested to the Central Committee, and which they had rejected: the Sary Shagan laser test site. This was the facility the Reagan administration claimed “could be used in an anti-satellite role” and might also be used for missile defense. It was the subject of the ominous illustration in Soviet Military Power showing a beam shooting straight up into the heavens. The Soviet leadership knew the claims were untrue but had been embarrassed to admit it. Velikhov brought the Americans to see for themselves on July 8. Von Hippel quickly realized the U.S. claims had been vastly exaggerated. “It was sort of a relic,” he said of the lasers he saw there, which were the equivalent of industrial lasers, easily purchased in the West. There was no sign of the war machine the Reagan administration had conjured up. “These guys had been abandoned, a backwater of the military-industrial complex. It was from an earlier time. It was really pitiful.” The one “computer” consisted of transistor boards wired together—built before the personal computer. “They had been trying to see whether they could get a reflection off a satellite,” he recalled. “They never succeeded.”29
Velikhov’s campaign for openness paid one of its most surprising dividends in 1989, when the Soviet leadership finally admitted that the Krasnoyarsk radar was a violation of the ABM treaty, as Katayev’s candid internal spravka had indicated in 1987. Shevardnadze acknowledged the treaty violation in a speech to the Soviet legislature, and claimed, “It took some time for the leadership of the country to get acquainted with the whole truth and the history about the station.” This was a dubious claim, since Shevardnadze had signed a document laying out the issues two years before. The larger point was clear, however. Gorbachev was coming clean.30
The glasnost championed by Velikhov did not extend to Biopreparat. On July 27, 1989, the masters of biological weapons met in Moscow at the office of Lev Zaikov, the Politburo member who oversaw t
he military-industrial complex. According to minutes and handwritten notes in Katayev’s files, the meeting began at 6:30 P.M. and was attended by sixteen other officials in addition to Zaikov. The meeting was a Politburo “commission,” a formal high-level committee of members of the ruling body of the Soviet Union, and although Gorbachev was not present, he must have known about the discussions. Among those present were Yuri Kalinin, the head of Biopreparat; Valentin Yevstigneev, the head of the military’s 15th Main Directorate, which oversaw biological weapons; Foreign Minister Shevardnadze; Vladimir Kryuchkov, head of the KGB, and his predecessor, Viktor Chebrikov, who remained a member of the Politburo; Mikhail Moiseev, chief of the General Staff; and others. Akhromeyev was originally on the list, but his name was crossed out.31
The first item on the agenda was listed as “About measures for modernizing the organization of work on special problems.” The term “special problems” was a euphemism for biological weapons. The officials were once again worried about the arrival of international inspectors and how to cover up the illegal work. The goal of the meeting was to prepare a Central Committee resolution, which would be a major policy instruction.
Katayev’s notes of the meeting are fragmentary and leave unanswered questions. But they also open a window on high-level discussions about the illicit germ warfare program—evidence of a remarkable back-and-forth discussion that was kept utterly secret.
Kalinin opened the meeting, suggesting that biological weapons were cheap.
The Katayev notation:
Per 1 conventional 2,000 doll.
- Nuclear 800 ″
- Chem 60 ″
- Bio 1 ″
The unit of measurement is not stated, but apparently was dollars. Experts in nonproliferation had worried about the same thing for many years—biological weapons could be the poor man’s atomic bomb.
Then, according to Katayev’s handwritten notes, Kalinin complained that the United States had concealed the location of work on biological weapons.
Next, Kalinin reported to the group on the status of preparations for international arms inspections. Some facilities were being modified so they could be displayed as centers for civilian medicines. According to Katayev’s notes, Kalinin said the cleanup would have to remove any speck of evidence that would point to a weapons program. “Today we are not finding spores,” Katayev wrote. “But possibly in pockets.”
If inspectors came, Kalinin said, they would be given the explanation “these are for manufacturing vaccines.”
Kalinin said he needed eighteen months to bring two more sites into order, and appeared to be seeking permission.
Shevardnadze, who had endorsed the idea of surprise inspections in his speech in Geneva, interjected. “Violation or not?” he demanded, according to Katayev’s notes. “What is the purpose of legends?” or cover stories. “There will be a convention in a year’s time—any enterprise will be under verification.” This was a reference to a chemical weapons treaty, or international convention, which would include provisions for surprise inspections as a verification measure. It was being hammered out by negotiators.
Zaikov asked why Kalinin needed the eighteen months. Couldn’t he be ready sooner?
Kalinin said something about “secret designs,” perhaps hinting that more time was needed to hide the true purpose of the facilities. Katayev noted, cryptically, and without specifying which facilities were being discussed: “All recipes are destroyed. Stockpiles liquidated… Equipment is multi-purpose—remains. It serves to manufacture medications. We are going to preserve the equipment for the time being.”
Zaikov wanted the equipment taken down, too. He was also worried about documents, and wanted them destroyed. At one point he suggested all the documents be “liquidated” in three months. Katayev wrote another cryptic line in his notes, quoting Shevardnadze: “What we violate and what we don’t.”
A little more than two months after the meeting in Zaikov’s office, the Central Committee issued the resolution, ordering more cover-up activity, with an eye toward possible future inspections, according to records in Katayev’s archives. This instruction was to recall all documentation from sites “connected with manufacturing of special-purpose product,” design new means of disguising them and modernize facilities so they could appear to be manufacturing defensive biological agents, such as vaccines. The goal, according to the resolution, was to preserve “the achieved parity in the field of military biology.”32
A very small group of intelligence officials in the United States and Great Britain worked on biological weapons. They were mainly technical specialists, and they were outnumbered in the intelligence and policy community, where vast staffs worked on nuclear and strategic weapons, and on topics such as the Soviet economy. The CIA even had a full-time analyst devoted to monitoring canned goods in Soviet stores. The germ warfare experts felt like a lonely band, warning of dangers that were often not taken seriously by others and for which they could not offer absolute proof. Christopher Davis, who served on the British Defense Intelligence staff for ten years as the senior specialist on biological weapons, said that methods that had worked for counting nuclear missile silos were virtually useless when it came to assessing a biological weapons program. The missiles and hardware could be tracked from above, but not the pathogens. “A building is a building at the end of the day,” he explained. “It might have some strange features but there is little one can conclude about its function without x-ray eyes. You can’t tell what anyone is doing inside, and that’s the key question. In intelligence terms, it’s a very hard target.”33
The claims of the biological weapons experts met with deep skepticism by other defense, intelligence and policy officials. “The biological weapons clique inside Washington was so doomsdayish, that they tended to undermine their own credibility,” said Doug MacEachin, who had become arms control director at the CIA in March 1989. “It never had a whole lot of credibility. They went beyond the evidence too many times.” MacEachin was also influenced by his own calculation that biological weapons would have little use on the battlefield; thus no one would go to all the trouble, certainly not in the nuclear age.34
In the autumn of 1989, Ken Alibek, deputy director of Biopreparat, recalled visiting Obolensk, south of Moscow. On the first floor of the big new building, in the auditorium, the annual review of work at the institute was held. “We were not allowed to bring briefcases or bags inside the room,” Alibek recalled. “We could take notes, but they were gathered up by security guards after each meeting. We had to get special permission to see them again.”
The next-to-last speaker was Sergei Popov, the young researcher who had worked at both Koltsovo and Obolensk. He approached the lectern to give a report on a project that Alibek called “Bonfire.”
“Few paid attention at first. Work on Bonfire had dragged on for some fifteen years, and most of us had given up hope of ever achieving results.”
But Alibek added that his attention perked up when Popov announced that a suitable bacterial host had been found. This was the two-punch weapon in which one agent would be the vehicle and the attack on the immune system would be the second, deadly strike. Alibek recalled watching an experiment involving animals. Alibek wrote in his memoir they were rabbits, but Popov said later they were guinea pigs. Behind glass walls in a laboratory, a half-dozen were strapped to boards to keep them from squirming free. Each was fitted with a masklike mechanical device connected to a ventilation system. Watching from the other side of the glass, a technician pressed a button, delivering small bursts of the genetically altered pathogen to each animal. When the experiment was over, the animals were returned to their cages for examination. They all developed symptoms of one sickness, such as high temperatures. In one test, several also developed signs of another illness. “They twitched and they lay still,” Alibek recalled. “Their hindquarters had been paralyzed—evidence of myelin toxin.”
It was Popov’s two-punch killer agent on display. �
�The test was a success,” Alibek recalled. “A single genetically engineered agent had produced symptoms of two different diseases, one of which could not be traced.” The room fell silent. “We all recognized the implications of what the scientist had achieved. A new class of weapons had been found.”35
Popov vividly recalled working with the guinea pigs. By 1989, the scientists at Obolensk had reached a period of uncertainty. There was less money than before. “It was a frustrating time of disappointment and moral challenge,” he said. “And at that time, I made a commitment to myself. I committed myself to never deal with animal experiments again. The trigger was my last huge experiment with guinea pigs. Something like a few hundred guinea pigs had been held in a containment facility. I and my colleagues visited them every day. Wearing space suits, we fed the survivors and took out the dead. I was very shocked with how it went. Nothing new, but it was unpleasant. Absolutely unpleasant.
“I just couldn’t stand any more the conditions the animals were held in. We saw animals dying, awfully, starving, experiencing paralysis and convulsions in conditions neglecting the very sense of life. The agent paralyzed half of the animal’s body. I did not want to be involved in this any more.”36
————— 15 —————
THE GREATEST BREAKTHROUGH
Vladimir Pasechnik was reserved, diffident and modest, but his face brightened when talk turned to science. In a photograph taken in the 1980s, when he was an institute director in Leningrad, he was wearing a corduroy jacket, glancing up from his desk, creases across his forehead, his hair receding, eyes inquiring, one hand holding down a notebook or journal. Born in 1937, Pasechnik lost both his parents in the siege of Stalingrad. He had overcome many obstacles to study as a physicist, and graduated at the top of his class at the Leningrad Polytechnic Institute. But the sacrifices of the war left a deep scar on Pasechnik, and he was determined to use his science for peaceful purposes. After graduation, he became a researcher at the Institute of Higher Molecular Compounds in Leningrad, attracted by the chance to create new antibiotics and treat diseases like cancer.1 In 1974, one of Pasechnik’s professors was asked to recommend a young researcher for a special assignment. Pasechnik was selected to set up a new scientific research facility, the Institute of Ultra Pure Biological Preparations in Leningrad.2 It seemed a promising opportunity—the new institute would have resources for the best equipment and could attract the finest talent. He took the job, and in the years that followed he demonstrated ability as a talented and strong-willed manager. By 1981, the institute had become one of the most advanced microbiology facilities in the Soviet Union. It was also part of Biopreparat, the secret Soviet biological weapons machine. Pasechnik later told people that it was about this time that he realized the research could not be just for defensive purposes, as he originally believed, but was for offensive weapons.
The Dead Hand Page 38