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In this op-ed, CISAC's Richard Rhodes argues that public health, a discipline that organizes science-based systems of surveillance and prevention, has been primarily responsible for controlling the effects of infectious disease. A similar campaign around public safety could help end the existential threat posed by nuclear weapons. Such a push would help create unity in common security and a fundamental transformation in relationships between nations, Rhodes argues.

Today, at the other end of the long trek down the glacier of the Cold War, the nuclear threat has seemingly calved off and fallen into the sea. In 2007, the Pew Research Center's Global Attitudes Project found that 12 countries rated the growing gap between rich and poor as the greatest danger to the world. HIV/AIDS led the list (or tied) in 16 countries, religious and ethnic hatred in another 12. Pollution was identified as the greatest menace in 19 countries, while substantial majorities in 25 countries thought global warming was a "very serious" problem. Only nine countries considered the spread of nuclear weapons to be the greatest danger to the world.

The response was very different among nuclear and national security experts when Indiana Republican Sen. Richard Lugar surveyed PDF them in 2005. This group of 85 experts judged that the possibility of a WMD attack against a city or other target somewhere in the world is real and increasing over time. The median estimate of the risk of a nuclear attack somewhere in the world by 2010 was 10 percent. The risk of an attack by 2015 doubled to 20 percent median. There was strong, though not universal, agreement that a nuclear attack is more likely to be carried out by a terrorist organization than by a government. The group was split 45 to 55 percent on whether terrorists were more likely to obtain an intact working nuclear weapon or manufacture one after obtaining weapon-grade nuclear material.

"The proliferation of weapons of mass destruction is not just a security problem," Lugar wrote in the report's introduction. "It is the economic dilemma and the moral challenge of the current age. On September 11, 2001, the world witnessed the destructive potential of international terrorism. But the September 11 attacks do not come close to approximating the destruction that would be unleashed by a nuclear weapon. Weapons of mass destruction have made it possible for a small nation, or even a sub-national group, to kill as many innocent people in a day as national armies killed in months of fighting during World War II.

"The bottom line is this," Lugar concluded: "For the foreseeable future, the United States and other nations will face an existential threat from the intersection of terrorism and weapons of mass destruction."

It's paradoxical that a diminished threat of a superpower nuclear exchange should somehow have resulted in a world where the danger of at least a single nuclear explosion in a major city has increased (and that city is as likely, or likelier, to be Moscow as it is to be Washington or New York). We tend to think that a terrorist nuclear attack would lead us to drive for the elimination of nuclear weapons. I think the opposite case is at least equally likely: A terrorist nuclear attack would almost certainly be followed by a retaliatory nuclear strike on whatever country we believed to be sheltering the perpetrators. That response would surely initiate a new round of nuclear armament and rearmament in the name of deterrence, however illogical. Think of how much 9/11 frightened us; think of how desperate our leaders were to prevent any further such attacks; think of the fact that we invaded and occupied a country, Iraq, that had nothing to do with those attacks in the name of sending a message.

Richard Butler, the former chairman of the Canberra Commission on the Elimination of Nuclear Weapons and the last chairman of UNSCOM, often makes the point that the problem with nuclear weapons is nuclear weapons. People don't always understand what he means. He means that it is the weapons themselves that are the problem, not the values of the entities that control them. U.S. nuclear weapons are just as potentially dangerous to the world as, say, North Korean nuclear weapons. More, I would say, since we have greater numbers of them and have not hesitated to brandish them--even to use them--when we thought it in our interest to do so.

That the problem with nuclear weapons is nuclear weapons may seem counterintuitive, but two centuries ago governments began to think that way about disease, with untold benefits to humanity as a result. Epidemic disease had been conceived in normative terms, as an act of God for which states bore no responsibility. The change that came when disease began to be conceived as a phenomenon of nature without a metaphysical superstructure, a public health problem, a problem for government and a measure of government's success, was revolutionary. More lives were saved, and spared, with public health measures in the twentieth century in the United States alone than were lost throughout the world in all of the twentieth century's wars.

As my Scottish friend Gil Elliot wrote in his seminal book Twentieth Century Book of the Dead, "[These lives] are not saved by accident or goodwill. Human life is daily deliberately protected from nature by accepted practices of hygiene and medical care, by the control of living conditions and the guidance of human relationships. Mortality statistics are constantly examined to see if the causes of death reveal any areas needing special attention. Because of the success of these practices, the area of public death has, in advanced societies, been taken over by man-made death--once an insignificant or 'merged' part of the spectrum, now almost the whole.

"When politicians, in tones of grave wonder, characterize our age as one of vast effort in saving human life, and enormous vigor in destroying it, they seem to feel they are indicating some mysterious paradox of the human spirit. There is no paradox and no mystery. The difference is that one area of public death has been tackled and secured by the forces of reason; the other has not. The pioneers of public health did not change nature, or men, but adjusted the active relationship of men to certain aspects of nature so that the relationship became one of watchful and healthy respect. In doing so they had to contend with and struggle against the suspicious opposition of those who believed that to interfere with nature was sinful, and even that disease and plague were the result of something sinful in the nature of man himself."

Elliot goes on to compare what he calls "public death," meaning biological death, death from disease, to man-made death: "[I do not wish] to claim mystical authority for the comparison I have made between two kinds of public death--that which results from disease and that which we call man-made. The irreducible virtue of the analogy is that the problem of man-made death, like that of disease, can be tackled only by reason. It contains the same elements as the problem of disease--the need to locate the sources of the pest, to devise preventive measures, and to maintain systematic vigilance in their execution. But it is a much wider problem, and for obvious reasons cannot be dealt with by scientific methods to the same extent as can disease."

To advance the cause of public health it was necessary to depoliticize disease, to remove it from the realm of value and install it in the realm of fact. Today we have advanced to the point where international cooperation toward the prevention, control, and even elimination of disease is possible among nations that hardly cooperate with each other in any other way. No one any longer considers disease a political issue, except to the extent that its control measures a nation's quality of life, and only modern primitives consider it a judgment of God.

In 1999, for the first time in human history, infectious diseases no longer ranked first among causes of death worldwide. Public health, a discipline which organizes science-based systems of surveillance and prevention, was primarily responsible for that millennial change in human mortality. One-half of all the increases in life expectancy in recorded history occurred within the twentieth century. Most of the worldwide increase was accomplished in the first half of the century, and it was almost entirely the result of public health measures directed to primary prevention. Better nutrition, sewage treatment, water purification, the pasteurization of milk, and the immunization of children extended human life--not surgeons cutting or doctors dispensing pills.

Public health is medicine's greatest success story and a powerful model for a parallel discipline, which I propose to call public safety.

Where nuclear weapons--the largest-scale instruments of man-made death--are concerned, the elements of that discipline of public safety have already begun to assemble themselves: materials control and accounting, cooperative threat reduction, security guarantees, agreements and treaties, surveillance and inspection, sanctions, forceful disarming if all else fails.

Reducing and finally eliminating the world's increasingly vestigial nuclear arsenals may be delayed by extremists of the right or the left, as progress was stalled during the George W. Bush administration by rigid Manichaean ideologues who imagined that there might be good nuclear powers and evil nuclear powers and sought to disarm only those they considered evil. Nuclear weapons operate beyond good and evil. They destroy without discrimination or mercy: Whether one lives or dies in their operation is entirely a question of distance from ground zero. In Elliot's eloquent words, they create nations of the dead, and collectively have the capacity to create a world of the dead. But as Niels Bohr, the great Danish physicist and philosopher, was the first to realize, the complement of that utter destructiveness must then be unity in common security, just as it was with smallpox, a fundamental transformation in relationships between nations, nondiscrimination in unity not on the dark side but by the light of day.

Violence originates in vulnerability brutalized: It is vulnerability's corruption, but also its revenge. "Perhaps everything terrible," the poet Rainer Maria Rilke once wrote, "is in its deepest being something helpless that wants help from us." As we extend our commitment to common security, as we work to master man-made death, we will need to recognize that terrible helplessness and relieve it--in others, but also in ourselves.

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Judith Paulus
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Anticipating Opportunities: Using Intelligence to Shape the Future
"We spend $45 billion annually to reduce uncertainty, to help us combat threats to our nation, our people, and our security," said Payne Distinguished Lecturer Thomas Fingar in his third Payne lecture on October 21, devoted to anticipating the future -- "not for purposes of prediction but for purposes of shaping it."  Noting that strategic intelligence treats the future neither as "inevitable or immutable," Fingar employed real-life examples from his career in national intelligence (most recently as deputy director of national intelligence for analysis and chairman of the National Intelligence Council) to explore concrete ways intelligence can be used to move developments in a more favorable direction.

Global Trends 2025: A Transformed World examined the trends which will "drive, shape and constrain" individuals, governments, and nations around the world. Among prominent trends, he cited globalization, which will provide unprecedented prosperity but greater inequality; the rise of the BRIC countries - Brazil, Russia, India, and China; the rise of new powers such as Indonesia, Turkey, and Iran; and the coming demographic boom, which will add 1.2 billion people to the world, with less than 3 percent of that occurring in the West.

The Geopolitical Implications of Climate Change.  Instructed by the Congress to provide an assessment of the impact of global climate change, given controversy about the imminence of the threat and man's role in it, the NIC studied which regions and countries would be most dramatically affected by climate change, with a focus on water, food production, and changes in weather patterns. The results remain classified, because of the potential impact on vulnerable countries. 

The 2007 National Intelligence Estimate on Iran's Nuclear Intentions and Capabilities. This estimate, attacked from both the right and the left, concluded with a moderate to high degree of confidence that Iran had not obtained sufficient fissile material from external sources (to make a bomb) and that its fastest route to produce a nuclear weapon would be through domestic production of enriched uranium. The NIE also judged that Iran had halted the weaponization portions of its nuclear program in 2003, but had retained the option to pursue a weapon and whether to do so was a "political decision" which could be made at any time.

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Stephen Monismith studies flows in lakes, estuaries, and the coastal ocean. Current projects include field and computational work on wave-driven flows over coral reefs, transport in a small estuary/wetland complex, wind-waves in shallow estuaries, benthic grazing on coral reefs and in estuaries, internal waves and mixing in the Florida Keys, circulation and zooplankton retention in ther St. Lawrence estuary, mixed layer dynamics and circulation in the Gulf of Aqaba, as well as lab and computational studies of flows through coral colonies and kelp forests. He especially values field sites that are attractive (e.g. have good diving prospects) and have good restaurants. He is also involved with various scientific panels focusing on the San Francisco Bay/Delta including the IEP Science advisor group (which he chairs) and various CALFED advisory panels and groups.

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Stephen G. Monismith Senior Fellow - Woods Institute; Director, Environmental Fluid Mechanics Lab; Professor, Civil & Environmental Engineering, (by courtesy) Geological & Environmental Sciences, Stanford University 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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Jacques Bouchard Special Adviser to the Chairman of the French Atomic Energy Commission Speaker
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Abstract: In this age of increasing "Global Transparency," commercial satellite imagery has now made it possible for anyone to remotely peer "over the fence" and view what heretofore had been otherwise impossible...clandestine nuclear facilities (most significantly, those capable of producing fissile material suitable for use in nuclear weapons). The synergistic combination of readily available tools: personal computers, the internet, three-dimensional virtual globe visualization applications such as Google Earth, and high resolution commercial satellite imagery has gone beyond what anyone could have imaged just a few years ago. The downside of all this is that those who want to keep their clandestine nuclear facilities and associated activities from being either detected, identified, and/or monitored, are becoming more adept in their use of camouflage, concealment, and deception.

Iran is one such case where it has followed a steep learning curve of adapting to the threat that overhead observation can pose. After repeated dissident group revelations about Iran's clandestine nuclear facilities, together with confirming media broadcast of commercial satellite images of those facilities followed by verification inspections by the International Atomic Energy Agency (IAEA); the government of Iran has become increasingly aware of this threat and gone to greater and greater lengths to try and defeat it. Iran's cover-up tactics have improved with time...from concealed infrastructure and false cover stories (Natanz)...to refurbishment and sanitization of facilities following removal of incriminating equipment (Kalaye Electric and Lashkar Abad), to the wholesale razing of facilities together with the removal of dirt and vegetation to defeat IAEA forensic environmental sampling (Lavizan).

While the international community continues to debate the issue of whether or not Iran's nuclear program is purely peaceful in nature (helping it to stay an "open case"), Iran is defiantly pursuing its goal of fissile material production. Syria, on the other hand (evidently together with North Korea), was also quite aware of the overhead observation threat, taking great pains to conceal its plutonium production reactor at Al-Kibar. Syria disguised the true function of the facility by employing minimal site security (no fences or guard towers), having minimal support infrastructure (with non visible powerlines and only buried water lines), not installing a telltale reactor ventilation stack or cooling tower, hiding the reactor building in a ravine (terrain masking), and finally camouflaging the facility with a false façade to make it appear as a byzantine fortress. Nonetheless, despite all those steps, a leak of ground-level reactor construction and interior photographs, which formed the basis for the subsequent bombing of the facility by Israel, successfully thwarted that effort (the "closed case?"). Rather than confessing the truth about al-Kibar, the Syrian government rushed to remove all traces of the destroyed reactor and supplant it with a new larger footprint building for as yet unknown purposes while continuing to claim it was previously only a disused military warehouse. The IAEA asked d Syria for permission to inspect not only the Al-Kibar site, but reportedly up to three other sites thought to be associated with it. The Syrians refused access to all but the now heavily sanitized Al-Kibar location. We must now all await the IAEA report on the findings of that singular onsite inspection.

Frank Pabian is a Senior Nonproliferation Infrastructure Analyst at Los Alamos National Laboratory who has over 35 years experience in the nuclear nonproliferation field including six years with the Office of Imagery Analysis and 18 years with Lawrence Livermore National Laboratory's "Z" Division.  Frank also served as a Chief Inspector for the IAEA during UN inspections in Iraq from 1996-1998 focusing on "Capable Sites." In December 2002, Frank served as one of the first US nuclear inspectors back in Iraq with UN/IAEA. While at Los Alamos, Frank has developed and presented commercial satellite imagery based briefings on foreign clandestine nuclear facilities to the International Nuclear Suppliers Group, the IAEA, NATO, and the Foreign Ministries of China and India on behalf of the NNSA and STATE.

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Frank Pabian International Research, Analysis, and Development Work Force, LANL Speaker
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Scott D. Sagan
Scott D. Sagan
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Excerpted from Foreign Affairs, September/October 2006

Preventing the unthinkable ongoing crisis with Tehran is not the first time Washington has faced a hostile government attempting to develop nuclear weapons. Nor is it likely to be the last. Yet the reasoning of U.S. officials now struggling to deal with Iran’s nuclear ambitions is clouded by a kind of historical amnesia, which leads to both creeping fatalism about the United States’ ability to keep Iran from getting the bomb and excessive optimism about the United States’ ability to contain Iran if it does become a nuclear power.

A U.S. official in the executive branch anonymously told the New York Times in March 2006, “The reality is that most of us think the Iranians are probably going to get a weapon, or the technology to make one, sooner or later.” Military planners and intelligence officers have reportedly been tasked with developing strategies to deter Tehran if negotiations fail.

Both proliferation fatalism and deterrence optimism are wrong-headed, and they reinforce each other in a disturbing way. As nuclear proliferation comes to be seen as inevitable, wishful thinking can make its consequences seem less severe, and if faith in deterrence grows, incentives to combat proliferation diminish.

Deterrence optimism is based on mistaken nostalgia and a faulty analogy. Although deterrence did work with the Soviet Union and China, there were many close calls; maintaining nuclear peace during the Cold War was far more difficult and uncertain than U.S. officials and the American public seem to remember today. Furthermore, a nuclear Iran would look a lot less like the totalitarian Soviet Union and the People’s Republic of China and a lot more like Pakistan, Iran’s unstable neighbor—a far more frightening prospect.

Fatalism about nuclear proliferation is equally unwarranted. Although the United States did fail to prevent its major Cold War rivals from developing nuclear arsenals, many other countries—including Japan, West Germany, South Korea, and more recently Libya—curbed their own nuclear ambitions.

THE REASONS WHY

The way for Washington to move forward on Iran is to give Tehran good reason to relinquish its pursuit of nuclear weapons. That, in turn, requires understanding why Tehran wants them in the first place.

Iran’s nuclear energy program began in the 1960s under the shah, but even he wanted to create a breakout option to get the bomb quickly if necessary. One of his senior energy advisers recalled, “The shah told me that he does not want the bomb yet, but if anyone in the neighborhood has it, we must be ready to have it.” At first, Ayatollah Ruhollah Khomeini objected to nuclear weapons on religious grounds, but the mullahs abandoned such restraint after Saddam Hussein ordered chemical attacks on Iranian forces during the Iran-Iraq War.

The end of Saddam’s rule in 2003 significantly reduced the security threat to Tehran. But by then the United States had taken Iraq’s place. In his January 2002 State of the Union address, President Bush had denounced the governments of Iran, Iraq, and North Korea as members of an “axis of evil” with ties to international terrorism. After the fall of Baghdad, an unidentified senior U.S. official told a Los Angeles Times reporter that Tehran should “take a number,” hinting that it was next in line for regime change.

Increasingly, Bush administration spokespeople advocated “preemption” to counter proliferation. When asked, in April 2006, whether the Pentagon was considering a potential preventive nuclear strike against Iranian nuclear facilities, President Bush pointedly replied, “All options are on the table.”

AGREED FRAMEWORK IN FARSI

A source of inspiration for handling Iran is the 1994 Agreed Framework that the United States struck with North Korea. The Bush administration has severely criticized the deal, but it contained several elements that could prove useful in the Iranian nuclear crisis.

After the North Koreans were caught violating their NPT commitments in early 1993, they threatened to withdraw from the treaty. Declaring that “North Korea cannot be allowed to develop a nuclear bomb,” President Clinton threatened an air strike on the Yongbyon reactor site if the North Koreans took further steps to reprocess plutonium. In June 1994, as the Pentagon was reinforcing military units on the Korean Peninsula, Pyongyang froze its plutonium production, agreed to let IAEA inspectors monitor the reactor site, and entered into bilateral negotiations.

The talks produced the October 1994 Agreed Framework, under which North Korea agreed to eventually dismantle its reactors, remain in the NPT, and implement full IAEA safeguards. In exchange, the United States promised to provide it with limited oil supplies, construct two peaceful light-water reactors for energy production, “move toward full normalization of political and economic relations,” and extend “formal assurances to [North Korea] against the threat or use of nuclear weapons by the U.S.”

“The way for Washington to move forward on Iran is to give Tehran good reason to relinquish its pursuit of nuclear weapons.”By 2002, the Agreed Framework had broken down, not only because Pyongyang was suspected of cheating but also because it believed that the United States, by delaying construction of the light-water reactors and failing to start normalizing relations, had not honored its side of the bargain. When confronted with evidence of its secret uranium program, in November 2002, Pyongyang took advantage of the fact that the U.S. military was tied down in preparations for the invasion of Iraq and withdrew from the NPT, kicked out the inspectors, and started reprocessing plutonium.

President Bush famously promised, in his 2002 State of the Union address, that the United States “will not permit the world’s most dangerous regimes to threaten us with the world’s most destructive weapons.” Yet when North Korea kicked out the IAEA inspectors, Secretary of State Colin Powell proclaimed that the situation was “not a crisis.” Bush repeatedly declared that the United States had “no intention of invading North Korea.” The point was not lost on Tehran.

If Washington is to offer security assurances to Tehran, it should do so soon (making the assurances contingent on Tehran’s not developing nuclear weapons), rather than offering them too late, as it did with North Korea (and thus making them contingent on Tehran’s getting rid of any existing nuclear weapons). As with North Korea, any deal with Iran must be structured in a series of steps, each offering a package of economic benefits (light-water reactors, aircraft parts, or status at the World Trade Organization) in exchange for constraints placed on Iran’s future nuclear development.

Most important, however, would be a reduction in the security threat that the United States poses to Iran. Given the need for Washington to have a credible deterrent against, say, terrorist attacks sponsored by Iran, a blanket security guarantee would be ill advised. But more limited guarantees, such as a commitment not to use nuclear weapons, could be effective. They would reassure Tehran and pave the way toward the eventual normalization of U.S.–Iranian relations while signaling to other states that nuclear weapons are not the be all and end all of security.

Peaceful coexistence does not require friendly relations, but it does mean exercising mutual restraint. Relinquishing the threat of regime change by force is a necessary and acceptable price for the United States to pay to stop Tehran from getting the bomb.

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Siegfried S. Hecker
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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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In his testimony, Dr. Hecker comments on the National Nuclear Security Administration's Defense Nuclear Nonproliferation programs and 2009 budget request. He recommends a significant expansion of DOE/NNSA's programs beyond the president's budget request, aggressive expansion of cooperative threat reduction programs to nations that require either technical or financial assistance, and strong support for the DOE/NNSA Next Generation Safeguards Initiative and other efforts aimed at attracting technical talent.

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Siegfried S. Hecker
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Nuclear energy production today and in the near future will still be dominated by light-water reactors and therefore there will be a continued need for uranium enrichment. There is currently a focused attention on gas centrifuge enrichment. Gas centrifuge technology is much cheaper and efficient, but also poses a greater security concern, than the former gas diffusion technology.

In order to address the increased security concerns, the International Atomic Energy Agency (IAEA) is planning and implementing strengthened safeguards procedures involving an increased reliance on continuous and remote monitoring technologies, and environmental sampling. The IAEA is also promoting multilateral enrichment centers as an additional avenue to enhance international security. Much of the current enrichment industry today already involves international partnerships such as between the US and European companies, or the tripartite agreement between Russia, China and the IAEA.

In order for safeguards and multilateral approaches to be viable and effective, they need to be accepted by industry, operators, states and the regulatory agencies. This talk will address how strengthened safeguards could be implemented while accommodating potentially conflicting interests such as: the protection of proprietary information, transparency in monitoring, applicability in multilateral arrangements, cost-effectiveness, and the ultimate goal of ensuring that enrichment activities remain peaceful.

Elena Rodriguez-Vieitez is a postdoctoral science fellow at CISAC, Stanford. Her research concerns proliferation risks associated with the global expansion of nuclear power. She received her PhD in nuclear engineering at the University of California, Berkeley. Her dissertation focused on nuclear physics experimental work conducted at cyclotron facilities at the Lawrence Berkeley National Lab and Michigan State University, where she analyzed nuclear structure and fragmentation reaction data of neutron-rich unstable nuclei. As a nuclear engineering graduate student, she collaborated on a Department of Energy research project on radioactive waste transmutation in molten-salt reactors, where she modeled actinide transmutation efficiency and evaluated proliferation and environmental risks. As a graduate student, Rodriguez-Vieitez was also a research associate on public policy and nuclear threats at the University of California Institute on Global Conflict and Cooperation. Prior to her PhD studies, she was an intern at the National Academy of Sciences' Board on Radioactive Waste Management in Washington, DC.

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Elena Rodriguez-Vieitez Speaker
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Institutional Biosafety Committees (IBCs) have been charged with the oversight and review of biosafety at thousands of biocontainment labs nationwide, hundreds of which are high level BSL-3 and BSL-4 labs.  In light of the recent rapid proliferation of BSL-3 and BSL-4 facilities and the increases in biodefense, select agent, recombinant DNA, synthetic biology, and dual use research, questions have been raised about whether IBCs are fulfilling their oversight responsibilities.  This presentation will review information on the responsibilities and expectations of IBCs as currently constituted, and provide an analysis of IBC performance from survey data of hundreds of research institutions over the past 4-5 years.  The findings highlight serious ongoing problems with IBCs adhering to the NIH Guidelines. This does little to reassure that the current voluntary governance framework is an effective system to monitor and oversee US research facilities, including high-containment facilities, and their research activities. The findings strongly suggest the need for immediate improvement or replacement of the IBC system.

Margaret Race is an ecologist working with NASA through the SETI Institute in Mountain View CA and a former CISAC Science Fellow. She recently completed a study on public decision making and risk communication associated with the construction of BSL-3 and BSL-4 biocontainment labs nationwide.  The study, which was begun during her fellowship at Stanford University and CISAC, reflects her longstanding interest in risk perceptions, legal and societal issues, public communication and education associated with controversial science and technological proposals.  In her work with NASA, she focuses on planetary protection and the search for extraterrestrial life--which will someday involve construction of a BSL-4 biocontainment lab for handling and testing scientific samples returned from Mars and other solar system locations. During the past decade, she has been a lead member of an international team of researchers that helped NASA develop a protocol for the quarantine, handling, and testing of extraterrestrial samples from Mars. She has served on numerous National Resource Council studies analyzing risk communication and societal issues associated environmental protection on Earth and in space. Dr. Race received her BA degree in Biology and MS degree in Energy Management and Policy from the University of Pennsylvania, and her PhD in Ecology/Zoology from the University of California at Berkeley. Her teaching and research work has included positions at Stanford University (Human Biology Program), UC Berkeley (Assistant Dean, College of Natural Resources), and Office of the President, University of California (Senior Science Policy Analyst and Director of Planning). She was also a Postdoctoral Fellow in Marine Policy and Ocean Management at Woods Hole Oceanographic Institution.

Reuben W. Hills Conference Room

Margaret Race Speaker SETI Institute
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