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Siegfried Hecker offers a first-person perspective on the important contributions scientists can make toward improving the safety and security of nuclear materials and reducing the global nuclear dangers in an evolving world.

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Siegfried S. Hecker
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Sixty-six years ago, a small group of scientists, policy makers and military leaders embarked upon a highly secretive project to build a nuclear bomb. It would change the world forever. Today, the tightly-controlled knowledge and technologies of the Manhattan Project have given way to the open culture of the internet and the Information Age.

The revolution in technology and information dissemination that has transpired since the dawn of the nuclear age has had far-reaching effects on the entire national security apparatus. It has presented dangers, but also opportunities. In the arms control arena, new communication tools allow treaties to be negotiated with greater speed, and computing models help sustain nuclear stockpiles without testing. Verification techniques and technologies are developing in new and innovative directions. However, the traditional tools of arms control policy are limited in how they apply to cyber-weapons and warfare; new ones will be needed.

Identifying the challenges associated with the Information Age, as well as solutions and opportunities, will drive the arms control agenda for the next century.

 

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Speaker's Biography: Rose Gottemoeller was sworn in as the Assistant Secretary of State for the Bureau of Arms Control, Verification and Compliance, on April 6, 2009. She was the chief negotiator of the New Strategic Arms Reduction Treaty (New START) with the Russian Federation. Since 2000, she had been with the Carnegie Endowment for International Peace. She most recently was a senior associate in the Carnegie Russia & Eurasia Program in Washington, D.C., where she worked on U.S.–Russian relations and nuclear security and stability. She also served as the director of the Carnegie Moscow Center from January 2006 – December 2008.

Formerly Deputy Undersecretary of Energy for Defense Nuclear Nonproliferation and before that, Assistant Secretary for Nonproliferation and National Security, also at the Department of Energy, she was responsible for all nonproliferation cooperation with Russia and the Newly Independent States. She first joined the Department of Energy in November 1997 as director of the Office of Nonproliferation and National Security.

Prior to her work at the Department of Energy, Ms. Gottemoeller served for 3 years as Deputy Director of the International Institute for Strategic Studies in London. From 1993 to 1994, she served on the National Security Council in the White House as director for Russia, Ukraine, and Eurasia Affairs, with responsibility for denuclearization in Ukraine, Kazakhstan, and Belarus. Previously, she was a social scientist at RAND and a Council on Foreign Relations International Affairs Fellow. She has taught on Soviet military policy and Russian security at Georgetown University.

Ms. Gottemoeller received a B.S. from Georgetown University and a M.A. from George Washington University. She is fluent in Russian.

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Rose Gottemoeller Assistant Secretary of State for the Bureau of Arms Control, Verification and Compliance Speaker
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Sponsored by the Center for Russian, East European, & Eurasian Studies

Jeff Richardson recently retired after 35 years at Lawrence Livermore National Laboratory.  At LLNL he held a variety of program management positions, including Division Leader of Chemistry and later of Proliferation Prevention.  He spent two tours in Washington DC, supporting NNSA in Nonproliferation R&D and DoD in the USAF Directorate of Nuclear Operations, Plans and Requirements.  His most recent paper, Shifting from a Nuclear Triad to a Nuclear Dyad, explores an alternate future strategy for the US nuclear arsenal.  At CISAC he will focus on science diplomacy, using science as a tool for international engagement and promoting regional security. He will also be working on developing the concept of cyber openness (i.e., how the information revolution will change international security).

Jeff earned his BS degree in chemistry from CalTech and his PhD in organic chemistry from Stanford University.  His work at LLNL including chemical and materials science research, energy research, materials development for nuclear weapons programs, radiation detection for border security, nuclear materials protection, and proliferation detection, science cooperation for international security, and support for the Chemical Weapons Convention.

Bekhzod Yuldashev is a CISAC Visiting Scholar. 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. His experimental research has revealed or proven important concepts in nuclear energy, and he holds 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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Jeff Richardson is an affiliate and former visiting scholar at CISAC. He came to CISAC after a 35-year career at Lawrence Livermore National Laboratory. At LLNL he held a variety of program management positions, including Division Leaders of Chemistry and later of Proliferation Prevention. He spent two tours in Washington DC, supporting NNSA in Nonproliferation R&D and DoD in the USAF Directorate of Nuclear Operations, Plans and Requirements. He recently completed 4-year assignment working for CRDF as the U.S. Science Advisor for the ISTC program, administered by the Office of Cooperative Threat Reduction, State Department. At CISAC he is focused on science diplomacy, using science as a tool for international engagement and promoting regional security.

Jeff earned his BS degree in chemistry from CalTech and his PhD in organic chemistry from Stanford University. His work at LLNL included chemical and materials science research, energy research, materials development for nuclear weapons programs, radiation detection for border security, nuclear materials protection, and proliferation detection, science cooperation for international security, and support for the Chemical Weapons Convention. He has authored over 100 papers. More recent papers include LLNL and WSSX, a contribution to Doomed to Cooperate: How American and Russian scientists joined forces to avert some of the greatest post-Cold War nuclear dangers, and Shifting from a Nuclear Triad to a Nuclear Dyad, which explored an alternate future strategy for the US nuclear arsenal.

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Jeffery H. Richardson CISAC VIsiting Scholar; former Division Leader of Proliferation Prevention, Lawrence Livermore National Laboratory Speaker
Bekhzod Yuldashev CISAC Visiting Scholar; Professor, Institute of Nuclear Physics, Uzbekistan Speaker
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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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Siegfried Hecker testified April 30, 2008, about the importance of expanding the cooperative threat reduction programs to counter the growing proliferation of nuclear weapons and weapons capability. A formal written statement is also available: Hearing of the United States Senate Committee on Appropriations, Subcommittee on Energy and Water Development

Thank you Chairman Dorgan, Senator Domenici and distinguished members of the Committee for giving me the opportunity to comment on the National Nuclear Security Administration's Defense Nuclear Nonproliferation programs and its 2009 budget request. I have a written statement that I would like to submit for the record.

This morning I will summarize the three main points in my statement. My opinions have been shaped by 34 years at the Los Alamos National Laboratory and nearly 20 years of practicing nonproliferation with my feet on the ground in places like Russia, China, India, North Korea and Kazakhstan.  Much of this I have done with the strong support and encouragement of Senator Domenici.

1) The proliferation of nuclear weapons and weapons capability is growing. Today, we face a nuclear threat in North Korea, nuclear ambitions in Iran, a nuclear puzzle in Syria, recently nuclear-armed states in Pakistan and India, and an improved, but not satisfactory, nuclear security situation in Russia and other states of the former Soviet Union. The danger of nuclear terrorism is real. This is not a fight the United States can win alone. We cannot simply push the dangers beyond our borders. It is imperative to forge effective global partnerships to combat the threat of nuclear terrorism and the proliferation of nuclear weapons. Meeting these challenges requires diplomatic initiative and technical cooperation. The United States must lead international diplomacy and DOE/NNSA must provide technical leadership and capabilities. The NNSA has done a commendable job in nuclear threat reduction and combating nuclear proliferation. However, funds to support these activities are not commensurate with the magnitude or the urgency of the threat.

2) CTR began with Nunn-Lugar followed by Nunn-Lugar-Domenici legislation directed at the aftermath of the breakup of the Soviet Union. We must stay engaged with Russia and the other states of the Soviet Union. Much progress has been made, but more needs to be done. We have to change the nature of the partnership to one in which Russia carries more of the burden.

We should expand the cooperative reduction programs aggressively to other countries that require technical or financial assistance. The nuclear threat exists wherever nuclear materials exist. These materials cannot be eliminated, but they can be secured and safeguarded. We should more strongly support the International Atomic Energy Agency and provide more support to countries that try to implement UNSCR 1540 to prevent nuclear terrorism, for example.

We should enlist other nations such as China, India, and for that matter, Russia, to build a strong global partnership to prevent proliferation and combat nuclear terrorism. China and India have for the most part sat on the sidelines while the U.S. has led the fight. Russia has not engaged commensurate with its nuclear status. These efforts are particularly important if nuclear energy is to experience a real renaissance.

3) The hallmark of all of these efforts must be technology, partnership and in-country presence. The DOE/NNSA has in its laboratories the principal nuclear expertise in this country. It should be applauded for sending its technical experts around the world, often in very difficult situations (I met up with the DOE team in North Korea on a bitterly cold February day). However, both for structural reasons and budgetary shortfalls, that technical talent is slowing fading away. We do not have in place the necessary personnel recruitment or the working environment in the laboratories or the pipeline of students in our universities to replenish that talent. I strongly support the NNSA's Next Generation Safeguards Initiative, which is aimed at tackling this problem.

Mr. Chairman, when I first visited Russia's secret cities in 1992 shortly after the fall of the Soviet Union, I feared that its collapse may trigger a nuclear catastrophe. The fact that nothing really terrible has happened in the intervening 16 years is in great part due to the DOE/NNSA programs that your are considering today. We must now be just as innovative and creative to deal with the changing nuclear threat today.

In my statement I also mention the implications of my recent trips to North Korea and to India. However, since I am out of time, I will need to leave those for your questions.

Thank you for your attention.

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Abstract:  Established by the US Congress in 1991, the Nunn-Lugar Cooperative Threat Reduction (CTR) program could contribute the safe and secure transportation, storage and dismantlement of nuclear, chemical and other weapons in the former Soviet Union countries, including Russia, Ukraine, Belarus and Kazakhstan. Since December 2002 when Senator Richard G. Lugar proposed a global version of Nunn-Lugar that could coordinate assistance for those nations seeking help in securing or destroying weapons or dangerous materials, including the DPRK, there were several proposals that the CTR program could be implemented in the dismantlement process of the DPRK nuclear weapons programs. This talk deals with implementation of the CTR program in the dismantlement process of the DPRK nuclear weapons programs and possible role of the ROK.

Jungmin Kang is a science fellow at CISAC. Kang brings to the study of nuclear policy issues considerable expertise in technical analyses of nuclear energy issues, based on his studies in South Korea, Japan, and the United States. Kang has co-authored articles on the proliferation-resistance of advanced fuel cycles, spent-fuel storage, plutonium disposition, and South Korea's undeclared uranium enrichment and plutonium experiments. He has contributed many popular articles to South Korea's newspapers and magazines and is frequently interviewed about spent-fuel issues and the negotiations over North Korea's nuclear-weapon program. Kang's recent research focuses on technical analysis of issues related to nuclear weapons and energy of North Korea as well as spent-fuel issues in Northeast Asia. Kang serves on South Korea's Presidential Commission on Sustainable Development where he advises on nuclear energy policy and spent fuel management. Kang received a PhD in nuclear engineering from Tokyo University, Japan, and MS and BS degrees in nuclear engineering from Seoul National University, South Korea. Kang worked in Princeton University's Program on Science and Global Security for two years in 1998-2000.

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Boris Yeltsin found himself leading a nuclear superpower after the Soviet Union collapsed in 1991. The new Russian Federation not only possessed the largest number of nuclear weapons of any of the nuclear states, but it also shared them with its three post-Soviet neighbors--Kazakhstan, Ukraine, and Belarus. Transferring control of these weapons to Moscow and consolidating the remaining nuclear weapons in Russia was a serious challenge.

Most of the credit for the orderly and safe transfer belongs to the professionals in the military who actually did the job, and to Kazakh, Ukrainian, Belarusian, and U.S. diplomats who worked out the legal side of consolidating the former Soviet nuclear arsenal. But we should not underestimate the contribution from Yeltsin and other political leaders. They allowed the professionals to do their job, which helped diffuse political tensions in the process.

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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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Bekhzod Yuldashev Speaker
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The speaker will describe his experiences over ten years of developing a comprehensive program to engage the formerly top secret Soviet biological weapons complex through joint scientific research and disease surveillance. He will also discuss how lessons learned can be applied to potential new efforts to reduce global threats of bioterrorism and potential pandemics.

Andrew Weber is the adviser for cooperative threat reduction policy in the Office of the Secretary of Defense. His responsibilities include developing and overseeing CTR biological threat reduction programs in the former Soviet Union, and nuclear and chemical weapons threat reduction projects in Central Asia. Before coming to the Office of the Secretary of Defense in 1996, Weber served as a U.S. Foreign Service officer in Saudi Arabia, Germany, Kazakhstan, and Hong Kong. Weber holds an MSFS degree from Georgetown University and a BA from Cornell University. He speaks Russian. Weber is an adjunct professor at the Georgetown University Graduate School of Foreign Service.

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Andrew Weber Senior Adviser for Cooperative Threat Reduction Policy Speaker Office of the Secretary of Defense
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