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As Japan's troubles continue, CISAC's Thomas Isaacs discusses the future of the nuclear industry.

CISAC: My understanding is that Three Mile Island set back the industry because afterward there was no appetite for building new reactors.

Thomas Isaacs: It's not clear that it was Three Mile Island. It was certainly in that time frame. Others would say it was a combination of a reduction in the demand for electricity at that time and the emergence of alternative energy sources that were less expensive to get started. You saw less of an appetite not just because of the concern about Three Mile Island -- although that was probably a contributing factor -- but because it just no longer made sense to build new, huge, expensive power plants, particularly nuclear power plants.

CISAC:  Experts now say that what's going on in Japan is worse than Three Mile Island. If so, how might that affect the building of nuclear reactors in the future?

Isaacs: The effects are probably unknown and unknowable now. We'll need to have a much better idea of what actually transpires, and how it is handled by the Japanese. We'll also have to see what the consequences are and what the perceived consequences are, and the ability of the Japanese government and utilities to generate a sense of confidence, which is lacking right now. All of that will have an effect and it will be different for a variety of countries, but it's hard to speculate. My own assumption is that in countries where there is more of a national, organized effort to build nuclear, principally in places like China and India, you might not see as much effect as you might see in countries where nuclear has been much more of a controversial issue, and where the public has much more engagement in the decision-making process. In emerging countries that now have no or very few plants, you might see much more controversy. 

CISAC: What about regulation? Might there be more regulation, both here and in China, India, and elsewhere?

Isaacs: I think we don't know that yet either. You would hope that people would view this as a sobering event -- an opportunity to learn lessons for the future. As a result of Three Mile Island and then Chernobyl we have organizations like the World Association of Nuclear Operators, who come together from all over the world to share lessons learned. This will be an example of a place where you would hope they will take this very seriously -- I'm sure they will -- and they will ask very searching questions about whether our regulations or anybody's regulations are appropriate given what we've experienced. There's no question that the track record for U.S. reactors has been outstanding and getting better over the last 20 to 30 years. Should that lead to a sense of comfort? No. It should lead to a sense that we've always had an obligation to ask ourselves if we're doing everything that makes sense, and we can continue to learn from experience and improve.

CISAC: The issue of nuclear waste is important in this country and elsewhere. How might it fit into what we're seeing in Japan right now?

Isaacs: There is spent nuclear fuel, which is a waste form if it's not reprocessed. That's what would ultimately go into the repository, and that potentially is one of the problems that's causing the release of radioactivity at some of these plants. More broadly, you need to feel confident you know how to handle waste, both in the short term and in the very long term, because it is potentially hazardous for geologic time periods. Most people who work in that business believe that disposing of it in a geologic repository, in a stable geologic formation that has the right characteristics, is a very fine way to solve that problem, and pretty much every country that has decided to move toward nuclear waste disposal has chosen that approach. But from a societal point of view and a political point of view, it's a very tough problem. It's not just the science and technology problem.

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Nuclear power and nuclear weapons have a common technological foundation. In pursuit of a civilian fuel cycle-making fuel, building reactors to burn the fuel, and dealing with nuclear waste, which might include extracting some valuable by-products of spent reactor fuel-a nation can develop the capability of producing the material necessary for a bomb, either highly enriched uranium or plutonium. Under civilian cover, North Korea developed a fuel cycle ideally suited to harboring a latent capability for weapons production. In fact, although the country now has the bomb, it does not have much of a nuclear arsenal or any nuclear-generated electricity.

In the 1970s, South Korea was also interested in the bomb, but it gave up those aspirations and, with international assistance, turned its nuclear focus to civilian energy. Today the South Korean nuclear power industry provides nearly 40 percent of the country's electricity, and South Korea is in a position to become a major international exporter of nuclear power plants. The factors that led North Korea to build the bomb and those that led South Korea to forsake it can be instructive for the United States in formulating a policy to restrain Iran's nuclear weapon ambitions, although the political situation there is dramatically different.

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The Bridge
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Siegfried S. Hecker
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Undraa Agvaanluvsan is a native of Mongolia. She is currently a visiting professor at CISAC. Undraa received her bachelor's (1994) and master's (1995) degrees in physics from the National University of Mongolia, and a diploma in high energy physics at the International Centre for Theoretical Physics in Trieste, Italy in 1997. Undraa obtained her PhD in 2002 at North Carolina State University in Raleigh, North Carolina, studying nuclear reactions and quantum chaos in nuclei. Following completion of her doctorate, she conducted postdoctoral research work in the Nuclear Experimental Physics group at Lawrence Livermore National Laboratory. She published and co-authored several dozen articles in peer-reviewed journals.

In the past several years, Undraa's research interests have broadened to include policy studies. In the policy arena, she served as an adviser to Mongolia's Minister of Foreign Affairs. As an advocate of scientific education, Undraa serves as director of the Mongolian-American (MonAme) Scientific Research Center in Ulaanbaatar, which focuses on energy, the environment, and mineral processing technologies.

Her research interests at CISAC focus on nuclear energy studies. More specifically, Undraa is studying uranium mining and processing, front-end issues of the nuclear fuel-cycle, nuclear fuel supplies, and nuclear energy policy. Using her prior experience with scientific research in quantum chaos, she is working with her CISAC colleague Kate Marvel to study the resiliency of the electricity grid network when stressed with the addition of more power sources, including nuclear power generation.

At Stanford, Undraa has directed undergraduate research through the Bing Overseas Studies Program. She also teaches nuclear energy policy in the International Policy Studies program.

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Dr. Undraa Agvaanluvsan currently serves as the president of Mitchell Foundation for Arts and Sciences. She is also an Asia21 fellow of the Asia Society and co-chair of Mongolia chapter of the Women Corporate Directors, a global organization of women serving in public and private corporate boards. 

Dr. Undraa Agvaanluvsan is a former Member of Parliament of Mongolia and the chair of the Parliamentary subcommittee on Sustainable Development Goals. Prior to being elected as a legislator, she served as an Ambassador-at-large in charge of nuclear security issues at the Ministry of Foreign Affairs of Mongolia,  where she worked on nuclear energy and fuel cycle, uranium and rare-earth minerals policy issues. 

She is a nuclear physicist by training, obtained her PhD at North Carolina State University, USA and diploma in High Energy Physics at the International Center for Theoretical Physics, Trieste, Italy. She conducted research at Lawrence Livermore National Laboratory in California, USA and taught energy policy at International Policy Studies Program at Stanford University, where she was a Science fellow and visiting professor at Stanford's Center for International Security and Cooperation. She published more than 90 papers, conference  proceedings, and articles on neutron and proton induced nuclear reactions, nuclear level density and radiative strength function, quantum chaos and the Random Matrix Theory, including its application in electric grid network. 

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Increased nuclear electricity generation in China and India presents uranium suppliers such as Mongolia with an opportunity to develop its uranium and nuclear industries. This paper discusses the Mongolian potential for interaction with China and India, given the strategic, organizational and future developments in each respective nuclear sector. The paper focuses on front-end developments where government-level agreements are likely to dominate the uranium mining and supply negotiations. Established players, such as France and Russia, are poised to secure fuel resources from around the world, but most of the demand for uranium will come from China and India. Therefore, this paper focuses on China's and India's needs and how this is connected to Mongolia's growth in these markets.

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Long-term demand for nuclear fuel is high as demonstrated by the continued rise in activities such as uranium mining and milling, enrichment, and fuel fabrication. At a recent international conference in Beijing on nuclear energy, IAEA officials stated that the global financial crisis is unlikely to deter the increasing long-term demand for new nuclear power plants. In order to limit the proliferation risk, the IAEA suggested the concept of multinational nuclear arrangements and member countries followed up with various related proposals. A few projects at the front-end of the nuclear fuel cycle are reviewed in the context of such multinational arrangements. Policies of two uranium-producing countries, Mongolia (a new supplier) and Kazakhstan (a relatively new supplier) are compared. The development at the front end of the nuclear fuel cycle is reviewed in the context of collaboration of supplier countries and countries with strong technological capability and demand such as Russia, France, China, Japan, and India. 

Undraa Agvaanluvsan is a visiting professor at CISAC. Her research covers the technical and policy aspects of the uranium and nuclear energy industry. Mongolia, her homeland, has a large reserve of natural uranium that it wants to develop for economic and strategic purposes. Similar to other developing nations, Mongolia also is considering nuclear power to help reduce domestic pollution and meet growing demand for electricity. In this context, Agvaanluvsan is analyzing Mongolia's uranium mining and processing policies to compare this emerging industry with parallel developments in Kazakhstan and countries in southern Africa. She also is comparing Mongolia's potential role as a uranium supplier to that of Canada's and Australia's.

Agvaanluvsan received her bachelor's (1994) and master's (1995) degrees in physics from the National University of Mongolia. From 1996-97, she studied high energy physics at the International Centre for Theoretical Physics in Trieste, Italy. Agvaanluvsan earned her doctorate in 2002 from North Carolina State University in Raleigh, North Carolina, studying nuclear reactions and quantum chaos in nuclei. Following completion of her doctorate, she conducted postdoctoral research work in the Nuclear Experimental Physics group at Lawrence Livermore National Laboratory.

In addition to Agvannluvsan's scientific and policy analysis work, in 2008 she served as an adviser to Mongolia's Minister of Foreign Affairs. Agvaanluvsan also is director of the recently established Mongolian-American (MonAme) Scientific Research Center in Ulaanbaatar, which focuses on energy, the environment and mineral processing technologies. In September 2008, she helped organize MonAme's first international meeting, the "Ulaanbaatar Conference on Nuclear Physics and Applications," in Mongolia's capital.

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Dr. Undraa Agvaanluvsan currently serves as the president of Mitchell Foundation for Arts and Sciences. She is also an Asia21 fellow of the Asia Society and co-chair of Mongolia chapter of the Women Corporate Directors, a global organization of women serving in public and private corporate boards. 

Dr. Undraa Agvaanluvsan is a former Member of Parliament of Mongolia and the chair of the Parliamentary subcommittee on Sustainable Development Goals. Prior to being elected as a legislator, she served as an Ambassador-at-large in charge of nuclear security issues at the Ministry of Foreign Affairs of Mongolia,  where she worked on nuclear energy and fuel cycle, uranium and rare-earth minerals policy issues. 

She is a nuclear physicist by training, obtained her PhD at North Carolina State University, USA and diploma in High Energy Physics at the International Center for Theoretical Physics, Trieste, Italy. She conducted research at Lawrence Livermore National Laboratory in California, USA and taught energy policy at International Policy Studies Program at Stanford University, where she was a Science fellow and visiting professor at Stanford's Center for International Security and Cooperation. She published more than 90 papers, conference  proceedings, and articles on neutron and proton induced nuclear reactions, nuclear level density and radiative strength function, quantum chaos and the Random Matrix Theory, including its application in electric grid network. 

Undraa Agvaanluvsan CISAC Visiting Professor Speaker
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Abstract: The expected increasing world energy demand makes it necessary for us to seriously and urgently study the questions of global warming due to greenhouse gas effect emissions and the depletion of fossil resources. This clearly means producing more energy, while emitting a minimum amount of CO2, and keeping the costs under control and acceptable for the user.

A growing number of prospective studies thus envision that nuclear energy, because it is carbon-free, will play an important and essential role in the world energy mix of the 21st century.

However, the increased use of nuclear power to generate electricity brings with it, threats to regional and global security - specifically, increased risks of nuclear weapon proliferation and nuclear terrorism: nuclear power reactors inevitably produce plutonium as a by-product, plutonium that could be used by countries or terrorist groups to fabricate nuclear weapons. Several states still have not signed the NPT, while others have not clarified their real intentions.

Even though this aspect should by no means be neglected, the issue of nuclear energy expansion should be examined globally, accounting for the context, the current needs, as well as all kinds of concerns.

The context is the one described above, characterized by growing energy demand and climate change: nuclear energy is unanimously recognized as a solution well adapted to such a context. Its overall assets are numerous, it is a clean and competitive source of energy, which has very good safety records, with more improvements to come, it contributes to security of energy supply. All these assets should not be swept away for reasons solely linked to proliferation concerns. As a matter of fact, intensive works are being carried out, to improve even more nuclear energy's track record, by ensuring its sustainability: waste minimisation, increased safety, competitiveness, economy of uranium resources, resistance to nuclear proliferation, and application to fields wider than shear electricity production.

Jacques Bouchard is Special Adviser to the Chairman of the French Atomic Energy Commission (CEA). In 2006, he was appointed Chairman of the Generation IV International Forum (GIF) for 3 years.

Born in 1939, Jacques Bouchard holds an engineering degree from the "Ecole Centrale de Paris", and specialized in reactor physics.

Mr. Bouchard joined the CEA in 1964 and became Head of the Experimental Physics unit in 1973, then head of the Nuclear Engineering Department in 1975. In that capacity, the work he conducted was mainly in support of pressurized water reactor technology, and he also led studies in physics for fuel cycle applications.

In 1982, he became head of the Fast Neutron Reactor Department in Cadarache. In 1990, he was appointed head of the CEA's Nuclear Reactor Division, then, from 1994 to 2000, he became the Director of CEA's military application division.

From 2000 to 2004, he was in charge of the entire nuclear energy sector in CEA.

Since 2005, he is Special Adviser to the Chairman of the CEA.

Jacques Bouchard was also the President of the French Nuclear Energy Society from 2001 to 2003 and professor at the reknown "Ecole des Mines de Paris". He has serve on the board of directors of several companies working in the nuclear field, and he is member of many advisory committees to national and international nuclear organizations.

If you would like to be added to the email announcement list, please visit https://mailman.stanford.edu/mailman/listinfo/stsseminar 

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Nuclear energy is a clean and relatively economical source of electricity, generating nearly one-sixth of the world’s electricity today. It represents one of the few technologies that have the potential for significant scale-up to meet the growing global demand for energy without exacerbating global climate change. Yet, the power derived from splitting the nucleus can be used not only to electrify the world but to destroy it. Managing the balance between the promotion of peaceful uses of atomic energy and its destructive potential has been a major challenge since the first nuclear explosion in 1945. For the most part, this balance has been managed successfully during the growth of commercial nuclear power over the past 50 years.

The possibility for a substantial global expansion in civilian nuclear power in the coming decades, with attendant increases in uranium enrichment capacity and spent-fuel reprocessing and possibly growth in plutonium trade, gives rise to important security concerns. These expansions create both a challenge and an opportunity to strengthen the international system for monitoring and controlling the nuclear power enterprise.

To examine these concerns and opportunities more critically, and to consider options for mitigation, a workshop was held September 19–21, 2007, at Stanford University’s Center for International Security and Cooperation (CISAC), involving 45 experts from the nuclear and security communities. The workshop focused on the security implications associated with expanding nuclear power worldwide.

This report is not a consensus document but rather an attempt to summarize salient issues and observations put forward at the meeting, as augmented by the authors’ research. This report hopefully will contribute to a broader dialogue and help shape discussions of efforts to control, by both technical and political measures, the security risks associated with a global expansion in the use of nuclear power.

Finally, a workshop and report whose focus is specifically on the security concerns associated with nuclear power necessarily will have a negative tone, and perhaps even seem antinuclear. This was not our intention. Seen in a wider context, nuclear power may help alleviate global warming, foster development, contribute to energy security, and perhaps provide an arena for political cooperation. Finding comprehensive answers to a problem with this many dimensions was beyond the scope of both the three-day Stanford workshop and this report.

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Few U.S.-Russian cooperation efforts are more popular and less controversial than the "Megatons to Megawatts" program, also known as the HEU-LEU deal, which converts Russia's highly enriched uranium (HEU) from nuclear weapons into low-enriched uranium (LEU) for U.S. nuclear power reactors. Under the agreement that the countries signed in 1993, Moscow made a commitment to eliminate 500 metric tons of HEU--probably more than one-third of the total HEU stock that the Soviet Union produced during the Cold War. About 340 metric tons of HEU has already been converted into LEU, and the Russian uranium currently provides one-half of U.S. nuclear power, or about 10 percent of the country's electricity supply.

If 30 metric tons of HEU is downblended each year, the program will reach its goal in 2013, the year the initial agreement is set to expire. This raises the question, "What next?" In the United States, the HEU-LEU deal is universally viewed as a great success. Therefore, it's not surprising that there's been no shortage of proposals to accelerate the rate of downblending or to extend the program beyond its original deadline.

But because the U.S.-Russian HEU-LEU deal is implemented in a way that substantially increases the risk of theft of weapon-grade material, extending it would be wrongheaded.

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An op-ed by George P. Shultz, William J. Perry, Henry A. Kissinger and Sam Nunn and published in The Wall Street Journal outlines a vision of a world free of nuclear weapons together with specific steps that can reduce nuclear dangers.

Nuclear weapons today present tremendous dangers, but also an historic opportunity. U.S. leadership will be required to take the world to the next stage -- to a solid consensus for reversing reliance on nuclear weapons globally as a vital contribution to preventing their proliferation into potentially dangerous hands, and ultimately ending them as a threat to the world.

Nuclear weapons were essential to maintaining international security during the Cold War because they were a means of deterrence. The end of the Cold War made the doctrine of mutual Soviet-American deterrence obsolete. Deterrence continues to be a relevant consideration for many states with regard to threats from other states. But reliance on nuclear weapons for this purpose is becoming increasingly hazardous and decreasingly effective.

North Korea's recent nuclear test and Iran's refusal to stop its program to enrich uranium -- potentially to weapons grade -- highlight the fact that the world is now on the precipice of a new and dangerous nuclear era. Most alarmingly, the likelihood that non-state terrorists will get their hands on nuclear weaponry is increasing. In today's war waged on world order by terrorists, nuclear weapons are the ultimate means of mass devastation. And non-state terrorist groups with nuclear weapons are conceptually outside the bounds of a deterrent strategy and present difficult new security challenges.

Apart from the terrorist threat, unless urgent new actions are taken, the U.S. soon will be compelled to enter a new nuclear era that will be more precarious, psychologically disorienting, and economically even more costly than was Cold War deterrence. It is far from certain that we can successfully replicate the old Soviet-American "mutually assured destruction" with an increasing number of potential nuclear enemies world-wide without dramatically increasing the risk that nuclear weapons will be used. New nuclear states do not have the benefit of years of step-by-step safeguards put in effect during the Cold War to prevent nuclear accidents, misjudgments or unauthorized launches. The United States and the Soviet Union learned from mistakes that were less than fatal. Both countries were diligent to ensure that no nuclear weapon was used during the Cold War by design or by accident. Will new nuclear nations and the world be as fortunate in the next 50 years as we were during the Cold War?

* * *

Leaders addressed this issue in earlier times. In his "Atoms for Peace" address to the United Nations in 1953, Dwight D. Eisenhower pledged America's "determination to help solve the fearful atomic dilemma -- to devote its entire heart and mind to find the way by which the miraculous inventiveness of man shall not be dedicated to his death, but consecrated to his life." John F. Kennedy, seeking to break the logjam on nuclear disarmament, said, "The world was not meant to be a prison in which man awaits his execution."

Rajiv Gandhi, addressing the U.N. General Assembly on June 9, 1988, appealed, "Nuclear war will not mean the death of a hundred million people. Or even a thousand million. It will mean the extinction of four thousand million: the end of life as we know it on our planet earth. We come to the United Nations to seek your support. We seek your support to put a stop to this madness."

Ronald Reagan called for the abolishment of "all nuclear weapons," which he considered to be "totally irrational, totally inhumane, good for nothing but killing, possibly destructive of life on earth and civilization." Mikhail Gorbachev shared this vision, which had also been expressed by previous American presidents.

Although Reagan and Mr. Gorbachev failed at Reykjavik to achieve the goal of an agreement to get rid of all nuclear weapons, they did succeed in turning the arms race on its head. They initiated steps leading to significant reductions in deployed long- and intermediate-range nuclear forces, including the elimination of an entire class of threatening missiles.

What will it take to rekindle the vision shared by Reagan and Mr. Gorbachev? Can a world-wide consensus be forged that defines a series of practical steps leading to major reductions in the nuclear danger? There is an urgent need to address the challenge posed by these two questions.

The Non-Proliferation Treaty (NPT) envisioned the end of all nuclear weapons. It provides (a) that states that did not possess nuclear weapons as of 1967 agree not to obtain them, and (b) that states that do possess them agree to divest themselves of these weapons over time. Every president of both parties since Richard Nixon has reaffirmed these treaty obligations, but non-nuclear weapon states have grown increasingly skeptical of the sincerity of the nuclear powers.

Strong non-proliferation efforts are under way. The Cooperative Threat Reduction program, the Global Threat Reduction Initiative, the Proliferation Security Initiative and the Additional Protocols are innovative approaches that provide powerful new tools for detecting activities that violate the NPT and endanger world security. They deserve full implementation. The negotiations on proliferation of nuclear weapons by North Korea and Iran, involving all the permanent members of the Security Council plus Germany and Japan, are crucially important. They must be energetically pursued.

But by themselves, none of these steps are adequate to the danger. Reagan and General Secretary Gorbachev aspired to accomplish more at their meeting in Reykjavik 20 years ago -- the elimination of nuclear weapons altogether. Their vision shocked experts in the doctrine of nuclear deterrence, but galvanized the hopes of people around the world. The leaders of the two countries with the largest arsenals of nuclear weapons discussed the abolition of their most powerful weapons.

* * *

What should be done? Can the promise of the NPT and the possibilities envisioned at Reykjavik be brought to fruition? We believe that a major effort should be launched by the United States to produce a positive answer through concrete stages.

First and foremost is intensive work with leaders of the countries in possession of nuclear weapons to turn the goal of a world without nuclear weapons into a joint enterprise. Such a joint enterprise, by involving changes in the disposition of the states possessing nuclear weapons, would lend additional weight to efforts already under way to avoid the emergence of a nuclear-armed North Korea and Iran.

The program on which agreements should be sought would constitute a series of agreed and urgent steps that would lay the groundwork for a world free of the nuclear threat. Steps would include:

  • Changing the Cold War posture of deployed nuclear weapons to increase warning time and thereby reduce the danger of an accidental or unauthorized use of a nuclear weapon.
  • Continuing to reduce substantially the size of nuclear forces in all states that possess them.
  • Eliminating short-range nuclear weapons designed to be forward-deployed.
  • Initiating a bipartisan process with the Senate, including understandings to increase confidence and provide for periodic review, to achieve ratification of the Comprehensive Test Ban Treaty, taking advantage of recent technical advances, and working to secure ratification by other key states.
  • Providing the highest possible standards of security for all stocks of weapons, weapons-usable plutonium, and highly enriched uranium everywhere in the world.
  • Getting control of the uranium enrichment process, combined with the guarantee that uranium for nuclear power reactors could be obtained at a reasonable price, first from the Nuclear Suppliers Group and then from the International Atomic Energy Agency (IAEA) or other controlled international reserves. It will also be necessary to deal with proliferation issues presented by spent fuel from reactors producing electricity.
  • Halting the production of fissile material for weapons globally; phasing out the use of highly enriched uranium in civil commerce and removing weapons-usable uranium from research facilities around the world and rendering the materials safe.
  • Redoubling our efforts to resolve regional confrontations and conflicts that give rise to new nuclear powers.

 
Achieving the goal of a world free of nuclear weapons will also require effective measures to impede or counter any nuclear-related conduct that is potentially threatening to the security of any state or peoples.

Reassertion of the vision of a world free of nuclear weapons and practical measures toward achieving that goal would be, and would be perceived as, a bold initiative consistent with America's moral heritage. The effort could have a profoundly positive impact on the security of future generations. Without the bold vision, the actions will not be perceived as fair or urgent. Without the actions, the vision will not be perceived as realistic or possible.

We endorse setting the goal of a world free of nuclear weapons and working energetically on the actions required to achieve that goal, beginning with the measures outlined above.


Mr. Shultz, a distinguished fellow at the Hoover Institution at Stanford, was secretary of state from 1982 to 1989. Mr. Perry was secretary of defense from 1994 to 1997. Mr. Kissinger, chairman of Kissinger Associates, was secretary of state from 1973 to 1977. Mr. Nunn is former chairman of the Senate Armed Services Committee.

A conference organized by Mr. Shultz and Sidney D. Drell was held at Hoover to reconsider the vision that Reagan and Mr. Gorbachev brought to Reykjavik. In addition to Messrs. Shultz and Drell, the following participants also endorse the view in this statement: Martin Anderson, Steve Andreasen, Michael Armacost, William Crowe, James Goodby, Thomas Graham Jr., Thomas Henriksen, David Holloway, Max Kampelman, Jack Matlock, John McLaughlin, Don Oberdorfer, Rozanne Ridgway, Henry Rowen, Roald Sagdeev and Abraham Sofaer.

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