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The possibility of terrorists obtaining and using a nuclear bomb cannot be ignored, write CISAC's William J. Perry and Michael M. May and Ashton Carter, at Harvard, who co-directs the Preventive Defense Project with Perry. Their op-ed, "After the bomb," in the New York Times, argues the federal government should plan for how it would take charge, save lives, maintain order, and guide citizens in making evacuation decisions if such a disaster were to occur. The three experts on nuclear weapons and nonproliferation outline key considerations for planning an effective response to a terrorist nuclear attack -- a response that would preserve lives and democracy.

The probability of a nuclear weapon one day going off in an American city cannot be calculated, but it is larger than it was five years ago. Potential sources of bombs or the fissile materials to make them have proliferated in North Korea and Iran. Russia's arsenal remains incompletely secured 15 years after the end of the Soviet Union. And Pakistans nuclear technology, already put on the market once by Abdul Qadeer Khan, could go to terrorists if the president, Gen. Pervez Musharraf, cannot control radicals in that country.

In the same period, terrorism has surged into a mass global movement and seems to gather strength daily as extremism spills out of Iraq into the rest of the Middle East, Asia, Europe and even the Americas. More nuclear materials that can be lost or stolen plus more terrorists aspiring to mass destruction equals a greater chance of nuclear terrorism.

Former Senator Sam Nunn in 2005 framed the need for Washington to do better at changing this math with a provocative question: On the day after a nuclear weapon goes off in a American city, "what would we wish we had done to prevent it?" But in view of the increased risk we now face, it is time to add a second question to Mr. Nunn's: What will we actually do on the day after? That is, what actions should our government take?

It turns out that much could be done to save lives and ensure that civilization endures in such terrible circumstances. After all, the underlying equation would remain a few terrorists acting against all the rest of us, and even nuclear weapons need not undermine our strong societies if we prepare to act together and sensibly. Sadly, it is time to consider such contingency planning.

First and foremost, the scale of disaster would quickly overwhelm even the most prepared city and state governments. To avoid repeating the Hurricane Katrina fiasco on a much larger scale, Washington must stop pretending that its role would be to support local responders. State and local governments--though their actions to save lives and avoid panic in the first hours would be essential--must abandon the pretense that they could remain in charge. The federal government, led by the Department of Homeland Security, should plan to quickly step in and take full responsibility and devote all its resources, including those of the Department of Defense, to the crisis.

Only the federal government could help the country deal rationally with the problem of radiation, which is unique to nuclear terrorism and uniquely frightening to most people. For those within a two-mile circle of a Hiroshima-sized detonation (in Washington, that diameter is the length of the Mall; in New York, three-fourths the length of Central Park; in most cities, the downtown area) or just downwind, little could be done. People in this zone who were not killed by the blast itself, perhaps hundreds of thousands of them, would get radiation sickness, and many would die.

But most of a city's residents, being further away, would have more choices. What should they do as they watch a cloud of radioactive debris rise and float downwind like the dust from the twin towers on 9/11? Those lucky enough to be upwind could remain in their homes if they knew which way the fallout plume was blowing. (The federal government has the ability to determine that and to quickly broadcast the information.) But for those downwind and more than a few miles from ground zero, the best move would be to shelter in a basement for three days or so and only then leave the area.

This is a hard truth to absorb, since we all would have a strong instinct to flee. But walking toward the suburbs or sitting in long traffic jams would directly expose people to radiation, which would be the most intense on the day after the bomb goes off. After that, the amount would drop off day by day (one third as strong after three days, one fifth as strong after five days, and so on), because of the natural decay of the radioactive components of the fallout.

More tough decisions would arise later. People downwind could leave their homes or stay, leave for a while and then come back or leave and come back briefly to retrieve valuables. The choices would be determined by the dose of radiation they were willing to absorb. Except in the hot zone around the blast and a few miles downwind, even unsheltered people would not be exposed to enough radiation to make them die or even become sick. It would be enough only to raise their statistical chance of getting cancer later in life from 20 percent (the average chance we all have) to something greater--21 percent, 22 percent, up to 30 percent at the maximum survivable exposure.

Similar choices would face first responders and troops sent to the stricken area: how close to ground zero could they go, and for how long? Few would choose to have their risk of death from cancer go up to 30 percent. But in cases of smaller probabilities--an increase to 20.1 percent, for example--a first responder might be willing to go into the radiation zone, or a resident might want to return to pick up a beloved pet. These questions could be answered only by the individuals themselves, based on information about the explosion.

Next comes the unpleasant fact that the first nuclear bomb may well not be the last. If terrorists manage to obtain a weapon, or the fissile material to make one (which fits into a small suitcase), who's to say they wouldn' have two or three more? And even if they had no more weapons, the terrorists would most likely claim that they did. So people in other cities would want to evacuate on the day after, or at least move their children to the countryside, as happened in England during World War II.

The United States government, probably convened somewhere outside Washington by the day after, would be urgently trying to trace the source of the bombs. No doubt, the trail would lead back to some government--Russia, Pakistan, North Korea or other countries with nuclear arsenals or advanced nuclear power programs--because even the most sophisticated terrorist groups cannot make plutonium or enrich their own uranium; they would need to get their weapons or fissile materials from a government.

The temptation would be to retaliate against that government. But it might not even be aware that its bombs were stolen or sold, let alone have deliberately provided them to terrorists. Retaliating against Russia or Pakistan would therefore be counterproductive. Their cooperation would be needed to find out who got the bombs and how many there were, and to put an end to the campaign of nuclear terrorism. It is important to continue to develop the ability to trace any bomb by analyzing its residues. Any government that did not cooperate in the search should of course face possible retaliation.

Finally, as buildings and lives were destroyed, so would the sense of safety and well-being of survivors, and this in turn could lead to panic. Contingency plans for the day after a nuclear blast should demonstrate to Americans that all three branches of government can work in unison and under the Constitution to respond to the crisis and prevent further destruction.

A council of, say, the president, the vice president, the speaker of the House and the majority leader of the Senate, with the chief justice of the Supreme Court present as an observer, could consider certain aspects of the government's response, like increased surveillance. Any emergency measures instituted on the day after should be temporary, to be reviewed and curtailed as soon as the crisis ends.

Forceful efforts to prevent a nuclear attack--more forceful than we have seen in recent years--may keep the day from coming. But as long as there is no way to be sure it will not, it is important to formulate contingency plans that can save thousands of lives and billions of dollars, prevent panic and promote recovery. They can also help us preserve our constitutional government, something that terrorists, even if armed with nuclear weapons, should never be allowed to take away.

William J. Perry, a professor at Stanford, and Ashton B. Carter, a professor at Harvard, were, respectively, the secretary and an assistant secretary of defense in the Clinton administration. Michael M. May, also a professor at Stanford, is a former director of the Lawrence Livermore National Laboratory.

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On April 28, 2004, the United Nations Security Council, acting under Chapter VII of the UN Charter, unanimously passed UNSC 1540. The resolution "decided that all States shall refrain from providing any form of support to non-state actors" attempting to obtain or use weapons of mass destruction, "adopt and enforce appropriate effective laws" to that effect, and "take and enforce effective measures to "prevent the proliferation of" WMD. To carry out its part of this mandate, the UNSC established and renewed a Committee, which has mainly and usefully assisted States in adopting "appropriate effective laws." This study, in collaboration with Committee members, has focused on implementation mechanisms and indicators of performance in border and exports controls, securing materiel and facilities, and adapting controls to State needs. We conclude that the most meaningful measures of implementation need to be more broadly adopted and that the 1540 Committee needs a more extensive staff in order to extend its role to disseminate States' experience with those measures. We also conclude that mechanisms need to be developed to facilitate information sharing between the Committee and the private sector.

Michael May is a professor emeritus (research) in the Stanford University School of Engineering and a senior fellow with the Freeman Spogli Institute for International Studies at Stanford University. He is the former co-director of Stanford University's Center for International Security and Cooperation, having served seven years in that capacity through January 2000. May is a director emeritus of the Lawrence Livermore National Laboratory, where he worked from 1952 to 1988, with some brief periods away from the Laboratory. While there, he held a variety of research and development positions, serving as director of the Laboratory from 1965 to 1971. May was a technical adviser to the Threshold Test Ban Treaty negotiating team; a member of the U.S. delegation to the Strategic Arms Limitation Talks; and at various times has been a member of the Defense Science Board, the General Advisory Committee to the AEC, the Secretary of Energy Advisory Board, the RAND Corporation Board of Trustees, and the Committee on International Security and Arms Control of the National Academy of Sciences. He is a member of the Council on Foreign Relations and the Pacific Council on International Policy, and a Fellow of the American Physical Society and the American Association for the Advancement of Science. May received the Distinguished Public Service and Distinguished Civilian Service Medals from the Department of Defense, and the Ernest Orlando Lawrence Award from the Atomic Energy Commission, as well as other awards. His current research interests are in the area of nuclear and terrorism, energy, security and environment, and the relation of nuclear weapons and foreign policy.

Chaim Braun is a vice president of Altos Management Partners, Inc., and a CISAC science fellow and affiliate. He is a member of the Near-Term Deployment and the Economic Cross-Cut Working Groups of the Department of Energy (DOE) Generation IV Roadmap study. He conducted several nuclear economics-related studies for the DOE Nuclear Energy Office, the Energy Information Administration, the Electric Power Research Institute, the Nuclear Energy Institute, Non-Proliferation Trust International, and others. Braun has worked as a member of Bechtel Power Corporation's Nuclear Management Group, and led studies on power plant performance and economics used to support maintenance services. Braun has worked on a study of safeguarding the Agreed Framework in North Korea, he was the co-leader of a NATO Study of Terrorist Threats to Nuclear Power Plants, led CISAC's Summer Study on Terrorist Threats to Research Reactors, and most recently co-authored an article with CISAC Co-Director Chris Chyba on nuclear proliferation rings. His research project this year is entitled "The Energy Security Initiative and a Nuclear Fuel Cycle Center: Two Enhancement Options for the Current Non-Proliferation Regime."

Allen Weiner is an associate professor of law (teaching) at the Stanford Law School, as well as the inaugural Warren Christopher Professor of the Practice of International Law and Diplomacy, a chair held jointly by FSI and the Stanford Law School. He is also an affiliated faculty member at CISAC. His expertise is in the field of public international law and the foreign relations law of the United States. His work focuses on the effect of positive international law rules on the conduct of foreign relations and other implications for the behavior of states, courts (both national and international), and other international actors. Current research interests focus on international law and the response to the contemporary security threats of international terrorism and the proliferation of weapons of mass destruction. He teaches courses in public international law and international criminal law at Stanford Law School. Before coming to Stanford, Weiner served for 12 years as a career attorney in the U.S. Department of State. He served in the Office of the Legal Adviser in Washington, D.C. (1990-1996) and at the U.S. Embassy in The Hague (1996-2001), most recently as legal counselor, in which capacity he served as the U.S. Government's principal day-to-day interlocutor with the international legal institutions in The Hague, including the International Court of Justice, the International Criminal Tribunal for the Former Yugoslavia, and the Iran-United States Claims Tribunal. He received a BA from Harvard College and a JD from Stanford Law School.

Roger Speed is a physicist formerly with the Lawrence Livermore National Laboratory and now an affiliate of CISAC. He has also worked at the National Academy of Sciences, at R&D Associates, and, as a Peace Fellow, at the Hoover Institution, where he wrote a book on strategic nuclear policy. He has served on a number of defense-related committees, including ones for the Office of Undersecretary of Defense for Policy, the American Physical Society, the U.S. Navy (Non-Acoustic ASW Panel), the National Academy of Sciences, and the Air Force Space and Missile Systems Organization. He has conducted a broad range of national security studies for the Department of Defense, Department of Energy, and Central Intelligence Agency in such areas as arms control, strategic deterrence, nuclear war, ballistic missile defense, nuclear weapons safety, and the survivability of strategic systems.

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There have been serious disagreements between India and the United States in negotiation of the proposed nuclear-cooperation agreement between the two countries described at this website on Dec. 20, 2006 and Jan. 17, 2007. Our December article reported the President George W. Bush administration's hope of submitting a final agreement with India to the international Nuclear Suppliers' Group for approval at the Group's April meeting this year, 2007. That hope was not achieved. Indeed, India's objections to provisions of the U.S.-drafted agreement designed to meet Congressional requirements have raised questions as to whether a U.S. nuclear agreement with India that meets Congressional requirements is likely. Given the new Democratic majority in the House and Senate, achieving acceptance by Congress in 2007 or 2008 of an agreement with India that satisfies the statute adopted in 2006 by a Republican-controlled Congress seems unlikely.

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During the strategic modernization program that the Soviet Union undertook in the 1970s, it deployed a large number of multiple-warhead ballistic missiles. This deployment raised concerns in the United States about vulnerability of its land-based missile force and was one of the factors that contributed to the military buildup that the United States undertook in the late 1970s-early 1980s. The newly available documents that contain evidence of the Soviet missile programs demonstrate that the "window of vulnerability" did not exist and provide some insight into the Soviet modernization program.

Pavel Podvig joined CISAC as a research associate in 2004. Before that he was a researcher at the Center for Arms Control, Energy and Environmental Studies at the Moscow Institute of Physics and Technology (MIPT). He worked as a visiting researcher with the Security Studies Program at MIT and with the Program on Science and Global Security at Princeton University, and he taught physics in MIPT's General Physics Department for more than ten years.

Podvig graduated with honors from the Moscow Institute of Physics and Technology in 1988, with a degree in physics. In 2004 he received a PhD in political science from the Moscow Institute of World Economy and International Relations.

His research has focused on technical and political issues of missile defense, space security, U.S.-Russian relations, structure and capabilities of the Russian strategic forces, and nuclear nonproliferation. He was the head of the Russian Strategic Nuclear Forces research project and the editor of a book of the same title, which is considered a definitive source of information on Russian strategic forces.

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On 8 February 2007, at the Kellogg Conference Center at the Columbia University School of International and Public Affairs (SIPA), the Journal of International Affairs and the Middle East Institute hosted a live debate between Scott Sagan and Kenneth Waltz. The two political scientists revisited their classic debate on nuclear weapons, addressing recent developments in Iran and possible global responses. Richard K. Betts moderated the event. Dean Lisa Anderson delivered opening remarks. This article is a transcript of the discussion.

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Scott D. Sagan
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Leonard Weiss is a senior science fellow at CISAC and a consultant to the Lawrence Livermore National Laboratory. He began his professional career as a researcher in mathematical system theory at the Research Institute for Advanced Studies in Baltimore. This was followed by tenured professorships in applied mathematics and electrical engineering at Brown University and the University of Maryland. During this period he published widely in the applied mathematics literature. In 1976 he received a Congressional Science Fellowship that resulted in a career change. For more than two decades he worked for Senator John Glenn as the staff director of both the Senate Subcommittee on Energy and Nuclear Proliferation and the Committee on Governmental Affairs. He was the chief architect of the Nuclear Nonproliferation Act of 1978 and other legislation sponsored by Senator Glenn. Since retiring from the Senate staff in 1999, he has published numerous articles on nonproliferation issues for the Bulletin of Atomic Scientists, Arms Control Today, and other journals. In 2003-4 he chaired the Federation of American Scientists' Advisory Committee on Weapons in Space which produced the FAS report entitled "Ensuring America's Space Security." His research at CISAC includes an assessment of the impact on the nonproliferation regime of nuclear trade with non-signers of the Nuclear Nonproliferation Treaty.

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Leonard Weiss is a visiting scholar at Stanford University’s Center for International Security and Cooperation (CISAC). He is also a national advisory board member of the Center for Arms control and Non-Proliferation in Washington, DC. He began his professional career as a PhD researcher in mathematical system theory at the Research Institute for Advanced Studies in Baltimore. This was followed by tenured professorships in applied mathematics and electrical engineering at Brown University and the University of Maryland. During this period he published widely in the applied mathematics literature. In 1976 he received a Congressional Science Fellowship that resulted in a career change. For more than two decades he worked for Senator John Glenn as the staff director of both the Senate Subcommittee on Energy and Nuclear Proliferation and the Committee on Governmental Affairs. He was the chief architect of the Nuclear Nonproliferation Act of 1978 and legislation that created the Defense Nuclear Facilities Safety Board. In addition, he led notable investigations of the nuclear programs of India and Pakistan. Since retiring from the Senate staff in 1999, he has published numerous articles on nonproliferation issues for the Bulletin of Atomic Scientists, Arms Control Today, and the Nonproliferation Review. His current research interests include an assessment of the impact on the nonproliferation regime of nuclear trade with non-signers of the Nuclear Nonproliferation Treaty, and more generally the relationship of energy security concerns with nonproliferation.

For a comprehensive list of Dr. Weiss's publications, click here.

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Within the last 10 years several non-proliferation programs have been realized in Uzbekistan. Those programs include actions on upgrading physical protection systems of facilities possessing nuclear reactors and powerful radioactive sources, measures on improving nuclear security and radioactive safety, equipping the country's exit/entry points in order to prevent illicit trafficking of nuclear and radioactive materials, improving safeguards and radioactive monitoring of environment. Special attention was given to conversion of research reactors to low enrichment uranium and treatment of highly enriched fresh and spent reactor fuel. The programs have been performed in cooperation with U.S. energy and defense departments, the International Atomic Energy Agency and related institutions.

Bekhzod Yuldashev is a CISAC science fellow. He served as a consultant-advisor at the International Atomic Energy Agency in 2006-2007. Prior to that, he was director-general of the Institute of Nuclear Physics of the Uzbekistan Academy of Science from 1990 to 2006. From 1984 to 1990, he served as head of the laboratory in the Physical Technical Institute in Tashkent, where he had been a senior researcher since 1972.

Yuldashev has published about 300 scientific papers dedicated to various subjects of particle and nuclear physics in the wide range of primary energies. In particular, he experimentally obtained the first evidence of dibaryon resonances, discovered the effect of emitting energetic nucleons from local subsystems in nuclei, observed anomalously high production of eta-mesons and cumulative delta-isobars on nuclei and has experimentally proven that production and decay of vector and tensor resonances are the origins of so-called leading pions with an opposite sign to the primary one in high energy interactions. He has more than 20 patents on nuclear applications.

He is a full member of the Academy of Science of Uzbekistan and served as the academy's president from September 2000 through November 2005. In 2000-2004 he was elected a Member of Parliament of the Republic of Uzbekistan, and in 2004-2005 was elected a Senator.

He is a fellow of Islamic Academy of Sciences, a member of the American Physical Society. From 1992 to 2002, he was an elected member of the Scientific Council of the Joint Institute of Nuclear Research, in Dubna, Russia, one of two international nuclear centers in the world. He is also a member of the IAEA's Standing Advisory Group for Nuclear Applications, a fellow of the Islamic Countries Academy, and foreign member of the National Academy of Kazakhstan. He is an honorary professor of Samarkand State University and honorary doctor of the Joint Institute of Nuclear Research (2004). He won the 2004 Economic Cooperation Organization's excellence award in science and technology and the 1983 Uzbekistan State Prize for Science and Technology.

Yuldashev graduated from Tashkent and Moscow Universities in 1968. He earned his PhD in physics and mathematics from the Joint Institute of Nuclear Research, Dubna, Russia, in 1971.

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Pavel Podvig (speaker) joined CISAC as a research associate in 2004. Before that he was a researcher at the Center for Arms Control, Energy and Environmental Studies at the Moscow Institute of Physics and Technology (MIPT). He worked as a visiting researcher with the Security Studies Program at MIT and with the Program on Science and Global Security at Princeton University, and he taught physics in MIPT's General Physics Department for more than ten years.

Podvig graduated with honors from the Moscow Institute of Physics and Technology in 1988, with a degree in physics. In 2004 he received a PhD in political science from the Moscow Institute of World Economy and International Relations.

His research has focused on technical and political issues of missile defense, space security, U.S.-Russian relations, structure and capabilities of the Russian strategic forces, and nuclear nonproliferation. He was the head of the Russian Strategic Nuclear Forces research project and the editor of a book of the same title, which is considered a definitive source of information on Russian strategic forces.

Theodore Postol (discussant) is a professor of science, technology and national security policy in the Program in Science, Technology, and Society at MIT. He did his undergraduate work in physics and his graduate work in nuclear engineering at the Massachusetts Institute of Technology. After receiving his Ph.D., Postol joined the staff of Argonne National Laboratory, where he studied the microscopic dynamics and structure of liquids and disordered solids using neutron, x-ray and light scattering, along with computer molecular dynamics techniques. Subsequently he went to the Congressional Office of Technology Assessment to study methods of basing the MX Missile, and later worked as a scientific adviser to the Chief of Naval Operations. After leaving the Pentagon, Postol helped to build a program at Stanford University to train mid-career scientists to study developments in weapons technology of relevance to defense and arms control policy. In 1990 Postol was awarded the Leo Szilard Prize from the American Physical Society. In 1995 he received the Hilliard Roderick Prize from the American Association for the Advancement of Science and in 2001 he received the Norbert Wiener Award from Computer Professionals for Social Responsibility for uncovering numerous and important false claims about missile defenses.

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The six-party agreement reached last week in Beijing to cap North Korea's nuclear program was a triumph for diplomacy. But contrary to much of the conventional wisdom in recent days, the fruits of the victory fall mostly to the North Koreans.

In the short term, the deal will halt the country's production of nuclear materials, limiting its ability to expand a nuclear arsenal tested in October. But for this concession, the North Koreans get to keep that arsenal intact, at least for now, and stand to make significant economic and political gains in relations with the United States, China and South Korea.

Some critics say the Beijing agreement is a lesser version of "the Agreed Framework" reached in 1994 by the Clinton administration, later cast aside by President Bush. Former Clinton-era Defense Secretary William Perry, speaking Tuesday at the Asia Society, characterized the new agreement as "thin gruel," while backing it as "a small but a very important step forward."

The ultimate judgment will await the uncertain implementation of numerous crucial, but still vaguely defined, steps down the road. The North Koreans are certain to exploit every ambiguity in the text and to drag out the phase that calls for actual dismantlement of their nuclear program and weapons.

Unfortunately, the process that led to this moment suggests that this will not go well. Contrary to the administration's version of events, Pyongyang was not dragged to this deal by pressure -- not from Washington and not from North Korea's angry patrons in Beijing.

"We don't have the North Koreans on the ropes," a former senior U.S. intelligence analyst who has watched that closeted country for decades said. "We don't have them on the run."

On the contrary, there is ample evidence that this agreement is yet another demonstration of North Korea's uniquely successful brand of negotiation via escalation: a use of brinkmanship and willingness to go up to and over the line that converts weakness into leverage.

Against that approach, the Bush administration's preference for using tools of coercion and threat, even of pre-emptive war, failed. If anything, it brought about the very opposite outcome than the United States envisioned: it encouraged North Korea to move even more rapidly to develop and test a nuclear weapon.

The pattern of brinkmanship was already clear during the Clinton years -- what Korea expert Scott Snyder famously termed "negotiating on the edge." When confronted, Snyder noted, the North Koreans typically responded by accelerating the crisis, unworried by the consequences. The fear of appearing weak has underlined all North Korean behavior.

The Bush administration came into office almost seeking a confrontation, as the president and many of his advisers were convinced the 1994 deal was fatally flawed. Ironically, the North Koreans thought they were on the verge of strategic breakthrough, after a deal to halt missile tests and preparations for President Clinton to visit Pyongyang in the final weeks of his administration. An improved relationship with the United States would balance the power of its Chinese patron, whom North Korea deeply distrusts, and give it legitimacy in an ongoing struggle with South Korea for leadership on the Korean peninsula.

Instead Bush froze the Clinton framework and sought a new, tougher approach. In January 2002, Bush delivered his famous State of the Union depiction of North Korea as a member of the "axis of evil," along with Iran and Iraq. That October, U.S. negotiators confronted Pyongyang with accusations of cheating by pursuing a clandestine uranium-enrichment program.

The 1994 agreement collapsed amid a tit-for-tat series of escalatory moves -- beginning with a U.S. cutoff of heavy fuel oil and leading to North Korea ousting international inspectors, withdrawing from the Nuclear Non-proliferation Treaty and restarting its reactor and recycling facility to produce plutonium. Bush vowed that the United States would not "be blackmailed."

Meanwhile, preparations for war in Iraq were mounting. The Bush administration was convinced the awesome display of U.S. power would successfully intimidate the other two points on the axis of evil, North Korea and Iran.

"We are hopeful," then senior State Department official John Bolton dryly said as the invasion came to a close, "that a number of regimes will draw the appropriate lesson from Iraq -- that the pursuit of weapons of mass destruction is not in their interest."

American threat

The North Korean officials drew an entirely different conclusion: they could not afford to seem weak in the face of what they perceived as an American threat to terminate their regime.

"Only tremendous military deterrent force powerful enough to decisively beat back an attack supported by ultra-modern weapons can avert a war and protect the security of the country," said an official statement issued April 6. "This is the lesson drawn from the Iraqi war."

A drawn-out process of negotiations began later that month, beginning with a three-way meeting in China and moving that summer to six-party talks that also included South Korea, Japan and Russia. The U.S. position was to deny Pyongyang what it wanted most -- direct talks with Washington -- and to demand verified dismantlement of its nuclear program, on the model of Libya, before any rewards, economic or political, were provided.

As the war in Iraq wore on, and the threat of military force became less credible, the administration looked for other coercive tools. It forged a multinational agreement to intercept suspicious cargoes and launched a crackdown on illicit North Korea trafficking in drugs and counterfeit currency and goods, which are believed to be the main source of support for the regime's elite.

The North Koreans countered with their own demands, offering a plan to freeze their nuclear program, with compensation, followed by a coordinated series of reciprocal steps leading toward eliminating the program. Their offers were accompanied by statements that they already had the bomb and were prepared to test it.

When the Bush administration started its second term in 2005, it attempted to escalate pressure -- this time with charges that North Korea was exporting nuclear materials to the Middle East and calls for China to put pressure on its difficult clients. Pyongyang moved to unload a second set of spent fuel from its reactor and reprocess it -- American experts believe North Korea created six to eight bombs worth of plutonium after 2002.

Agreement sours

A return to the bargaining table in September 2005 yielded an agreement on the principles that would underlie a denuclearization of the Korean peninsula. But that sign of progress disappeared within hours as both sides sparred over the meaning of a pledge to build nuclear power reactors for North Korea as compensation for it dismantling its nuclear weapons.

The imposition of measures to curb the flow of North Korean "illicit" money through Chinese and other banks added to the acrimony. Administration officials described this as a legal issue driven by Treasury Department efforts to curb counterfeiting. But as Bush admitted recently, it was used as leverage in the nuclear talks.

Throughout the past year, Bush administration officials expressed confidence that these measures were causing serious pain to the North Korean leadership. Some even talked boldly of "turning out the lights" in Pyongyang through such sanctions.

But Pyongyang could read the news from Iraq as well as any American voter. Instead of having its lights turned out, North Koreans put up their own light shows. On July 4, a date chosen with apparent intent, they carried out a test of a battery of ballistic missiles, in defiance of warnings, including one from China. A U.N. resolution condemning the action -- and other steps, including a South Korean suspension of food and fertilizer aid and Chinese attempts to slow trade -- followed.

In October, again in defiance of pressure from all fronts, the North Koreans tested a nuclear device. This prompted another U.N. resolution, backed by China, to impose limited economic sanctions. But although China was clearly angered, there is little evidence it moved to cut off the lifeline of trade, particularly energy supplies.

North Korea's willingness to cross what everyone believed was a "red line" changed the equation permanently. It allowed Pyongyang to return to the six-party talks, stalled for more than a year, but now from a position of strength. At the meeting in December, the North Koreans refused to discuss any other issues unless the U.S. financial sanctions were removed. North Korean officials hinted of preparations for a second test.

The United States blinked, agreeing to hold long-sought direct talks, held in Berlin in mid-January. The talks yielded the outlines of the Beijing deal but also a separate U.S. concession to lift the financial measures within 30 days of signing a broader deal.

The Beijing agreement more closely resembles North Korea's June 2004 freeze proposal than it does the U.S. insistence that dismantling nuclear weapons precede any substantial rewards. Clearly, this is a deal the Bush administration would not have made, says Scott Snyder, "if it were not tied down with so many other problems."

North Korea made its own concessions in the Beijing agreement. But "it doesn't necessarily mean Pyongyang is backing down or preparing to abandon its nuclear weapons," argues Kim Sung Han, a senior analyst at the South Korean Foreign Ministry's research institute.

N. Korea's rewards

Administration officials point out that the initial freeze of North Korea's nuclear program, to be implemented in two months, yields only minor compensation, about 50,000 tons of heavy fuel oil. But that is not what Pyongyang sees as its real reward. The lifting of financial measures will facilitate its rapidly growing trade with China and South Korea. Even more important, the South Korean government has already signaled it will now lift the ban on large-scale fertilizer and food shipments -- which are crucial to North Korea's spring planting.

Less visible, but no less vital, the North Koreans are trying to hold off a conservative comeback to power in the South Korean presidential election in December. A North-South summit meeting may take place, which would be part of an effort by the progressive South Korean government to shore up its support.

Ultimately, the Beijing agreement may yield a trade of nuclear facilities for economic and political relations, leaving the nuclear arsenal capped but still intact. For some U.S. experts, that is sufficient.

"It will limit the size of the nuclear arsenal and the amount of bomb fuel," observes former Los Alamos nuclear laboratory director and Stanford scholar Siegfried Hecker. And that, he says, should make it less likely North Korea would sell its nuclear materials or expertise to Iran.

The bargain made in Beijing flows inexorably from North Korea's skillful playing of the escalation game. But it may be the best outcome possible, given that North Korea has already crossed the nuclear threshold and that the Bush administration has squandered U.S. power in the deserts of Iraq.

Reprinted with permission from the San Jose Mercury News.

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