Donald Trump has stated his intention to ditch the Intermediate-range Nuclear Forces (INF) Treaty. He and National Security Advisor John Bolton also appear unhappy with the New Strategic Arms Reductions Treaty (New START).

Withdrawal from New START would leave Russian strategic forces wholly unconstrained and end the flow of valuable information from the treaty’s verification and on-site inspection provisions.

Having won a majority in the House, the Democrats can protect New START and, with it, nuclear stability with Russia. To do so, they should steal a page from the playbook of Sen. Jon Kyl (R-Ariz.).

Read the rest at The Hill

Stanford-led group of young American and Russian scholars meet in Moscow on nuclear policy

Persistent nuclear threats and the recent erosion of relations between the United States and Russia paint a gloomy picture for the future of cooperation between nuclear powers. Despite these enormous challenges, Stanford is leading an effort to bring young nuclear scholars from the United States and Russia together to tackle urgent problems together and share ideas.

At the end of October, a group of six scholars from Stanford’s Center for International Security and Cooperation—Senior Fellow Siegfried Hecker, Visiting Scholar Chaim Braun, Postdoctoral Fellows Chantell Murphy and Kristen Ven Bruusgaard, Research Assistant Elliot Serbin and Senior Research Associate Alla Kassianova—and other American graduate students and postdoctoral fellows from Washington State University, University of Tennessee, Harvard, University of Michigan and Los Alamos National Laboratory traveled to Moscow for the Fourth Young Professionals Nuclear Forum.  The Americans joined a group of undergraduate, graduate, and postdoctoral students at the Moscow Engineering Physics University (MEPhI), Russia’s principal school training nuclear professionals.

The Forum, first launched between CISAC and MEPhI in 2016, provides a venue for young generation of American and Russian nuclear professionals to learn about current issues of nuclear safety, nuclear proliferation, and the role of nuclear power in the world’s evolving energy balance from a perspective of more than one country and more than one discipline.

In the weeks leading up to this Forum, participants on both sides of the ocean attended a series of online presentations by U.S. and Russian experts covering the complexity of the Iran nuclear program and the challenges facing further development of nuclear power.

When they met in person, the young scholars heard lectures from and participated in discussions with experts from Los Alamos National Laboratory, the Russian Center for Energy and Security, and others.

The participants then broke into small groups to work on tabletop problem solving activities. The first exercise, a crisis simulation concerning Iran’s nuclear program, brought together separate Russian and American teams to represent their government’s positions on Iran’s nuclear program and the Joint Comprehensive Plan of Action (JCPOA). Presented with a hypothetical problem—a scenario in which Iran decides to enhance its nuclear capabilities in violation of the JCPOA and President Trump threatens retaliation via Twitter—the participants gathered in small groups to see what type of cooperative Russian-American policies could be brokered in response.

The second exercise brought the group together to imagine the future of nuclear power and how to manage it. Working in small teams of 2-4 people, the participants formulated responses to eight pressing questions regarding the global future of nuclear power, including whether nuclear power is necessary to mitigate the consequences of climate change and whether nuclear proliferation challenges will limit the expansion of nuclear power. The teams presented their answers in Moscow and will continue to develop their assessments, to be published in a report next month.

Both Americans and Russians commonly remarked that the most valuable lesson they took from the exercises was the fact that both sides held remarkably different, but valuable, perspectives on issues of common concern. On the topic of nuclear energy, for example, Russians appreciated American perspectives on the value of startups in the nuclear power industry and new modes of thinking that encapsulated non-monetary aspects of nuclear power in broader economic analyses. Americans came to understand the deep Russian fascination with nuclear energy and optimistic views about the future role of nuclear energy in society, and how deeply that passion is engraved in the university system in a way wholly different from the United States.

Forum participants also had an opportunity to meet with the leadership of two committees of the Russian State Duma, the lower Chamber of the Russian legislature, the Committee on International Affairs and the Committee on Education and Science. The meeting was hosted by Ms. Inga Yumasheva,  an MP from the United Russia party. The Forum also included a visit to research labs and MEPhI facilities, which was hosted by their scientists.

View photos from the forum

About CISAC
The Center for International Security and Cooperation tackles the most critical security issues in the world today. Founded in 1983, CISAC has built on its research strengths to better understand an increasingly complex international environment. It is part of Stanford's Freeman Spogli Institute for International Studies (FSI). Though scholarly research, fellowships, and teaching, CISAC is educating the next generation of leaders in international security and creating policy impact on a wide variety of issues to help build a safer world.

Q&A with Rodney C. Ewing, co-director of the Center for International Security and Cooperation, a senior fellow at the Freeman Spogli Institute for International Studies and a Professor in the School of Earth, Energy and Environmental Sciences. Written with Nicole Feldman.

With the Trump-Kim Summit fresh in our minds, Americans are ready to confront nuclear challenges that have been on hold for decades. What many may not realize is that one of the biggest challenges is on the home front. Since the Manhattan Project officially began in 1942, the United States has faced ever-increasing stores of nuclear waste. In Part Three of our series on the consequences of nuclear war, expert Rodney C. Ewing tells us how the U.S.’s failure to implement a permanent solution for nuclear waste storage and disposal is costing Americans billions of dollars a year.

Where does our nuclear waste come from, and what is being done with it?

Broadly speaking, there are two types of nuclear waste.

The first is spent fuel from nuclear reactors used to generate electricity. Those reactors have left us with about 80,000 metric tonnes of used spent fuel, and we don’t have a way forward for the disposal of this waste. It’s stored at more than 75 sites in 35 states around the country, so many of us have some in our state, including California.

The second category is the waste generated by our nuclear weapons complex. That defense waste has accumulated since the earliest days of the Manhattan Project. The highly-radioactive waste from chemical processing is mainly stored in very large metal tanks. They are located at the Savannah River site in South Carolina, the Hanford site in Washington State, at Idaho National Laboratory in Idaho, and Nuclear Fuel Services site at West Valley in New York State.

I think it’s discouraging that we continue to release radioactivity to the environment because after more than 40 years we still have not developed a successful plan for going forward.

What’s wrong with what’s happening now?

This waste is problematic because the volume is large, many hundreds of thousands of cubic meters. The tanks in Hanford and Savannah River are way beyond their design lifetimes, so they’re corroding and some have leaked. The radioactive fluid is being released to the environment. The rates are not high, but I think it’s discouraging that we continue to release radioactivity to the environment because after more than 40 years of effort we still have not developed a successful plan for going forward.

The spent fuel from commercial power plants is much smaller, some 80,000 metric tonnes, but the total amount of radioactivity is roughly 20 to 30 times greater than defense waste. Today, it’s the spent fuel that demands the most attention as an immediate problem, particularly financially.

How much is nuclear waste costing American taxpayers?

The two categories of waste are separated in the budget. At the moment, the budget for the Department of Energy is about $30 billion. Of that budget, about $12 billion is for the nuclear weapons programs. That leaves us $18 billion to use for all things related to energy — nuclear power, fossil fuel, wind, and solar. About $6 billion, one third, is used to deal with the legacy high-level waste from the Manhattan Project. We as taxpayers pay $6 billion every year to address that problem, a huge cost that we will incur for many decades into the future. The projected total cost of clean-up after the Manhattan Project is well over $300 billion. That’s more than the original cost of the weapons programs and the actual total will be even higher. That’s just the defense waste.

What about the waste from nuclear energy? Is that clean-up cost also high?

In short, very. The Nuclear Waste Policy Act of 1982 created a tax on electricity generated by nuclear power plants. This tax would accumulate into the Nuclear Waste Fund for us to build a geologic repository — a mined facility deep within the earth — to safely dispose of the waste. What’s happened to that?

The fund has a balance of more than $40 billion. It’s controlled by Congress on an annual basis, and congressional budget rules make it very difficult to use those funds. It’s not a lockbox where the money goes and waits to be spent. Instead, it’s been applied against our national debt, so even though the fees have been collected, they haven’t been used for their intended purpose.

We pay about half-a-billion dollars a year to the utilities for their simply keeping the fuel because there’s no place for it to go.

The Department of Energy was to take ownership of this fuel on January 1, 1998, but they didn’t because there was no geologic repository. Now the utilities who have the fuel have to continue to deal with it onsite. They have sued the federal government for its failure to take ownership of the fuel, so now we pay about half-a-billion dollars a year to the utilities for their simply keeping the fuel because there’s no place for it to go. The projected cost of this penalty, let’s say, is something on the order of many tens of billions of dollars, depending on how long the spent fuel has to remain at the reactor sites. The cost of doing nothing over time will be equivalent to what we charge the rate payers, $40 billion over time. That doesn’t even include compensation to workers in defense facilities, soldiers exposed during atmospheric testing of nuclear weapons, and so on.

Clearly, the financial cost to taxpayers is high. What about the cost to the environment?

For the spent fuel, the volume — 80,000 metric tons — sounds like a lot, but compared to Gigatonnes of carbon emitted by burning fossil fuels, its volume is not so great. It’s well-contained, but there are some difficulties with how it’s stored. In some cases, the used fuel is kept in pools. Those pools have filled, and they weren’t meant for extended storage. We should be trying to get that fuel into what are called dry casks: obelisks concrete and metal.

Are there other challenges people may not be aware of?

What people don’t realize is that it is actually a serious technical challenge.

It’s very common for people to say there are no technical problems, that it’s just political. They say, “We know how to do it. It’s just a difficult public. Strict regulations. No one will let us solve this problem.”

I think what people don’t realize is that it is actually a serious technical challenge. The half-lives of some of these elements stretch into tens, if not hundreds of thousands of years. We’re asked to design solutions that will last as long as the risk. That’s not something we usually do. The technical and scientific challenge for nuclear waste is, whatever our solution, that we will never see whether we were correct or not. Designing a system where you don’t have feedback is very difficult.

What will happen if we don’t find a solution?

There will not be an immediate catastrophe; I don’t expect anything to explode. There will be environmental contamination, but the biggest problem is financial. We’re spending $6 billion a year trying to deal with the problem, and we’ll continue to spend $4.5 to $5 billion a year without solving the problem. That $5 billion could go to education or research. Imagine if instead of working on waste, we were working on solving our future energy needs.

What’s the best way for us to move forward?

At Stanford, over a two-year period we had a series of meetings to ask just this question: how does the U.S. break out of its gridlock situation and move ahead? We brought in international experts, members of the public, really quite an extraordinary effort, over 75 speakers in five meetings. We have a number of recommendations. We need a new, single purpose nuclear waste management organization. We need a new process for engaging not only the scientific and technical communities, but also the public. We need a new regulatory framework that recognizes the challenges of predicting repository performance over hundreds of thousands of years. Most importantly, we need to realize that dealing with nuclear waste is not only a technical issue, but also requires careful attention to social issues. It is very important to design an approach that engages local communities, states, and tribes. This report, Reset of U.S. Nuclear Waste Management Strategy and Policies, will be released this summer.

Immediate denuclearization of North Korea is dangerous to both North Korean and American interests, say Stanford scholars in a new research report. Instead, they advocate for phased denuclearization to take place over 10 years or more, allowing the United States to reduce the greatest risks first and address the manageable risks over time.

Young Russian and U.S.-based scholars from a variety of science and social science disciplines met at Stanford to tackle emerging issues in nuclear security.

How can a new generation of scholars from around the world work together to prevent the use of nuclear weapons, from nuclear terrorism to developments in North Korea? A summit hosted at Stanford’s Center for International Security and Cooperation sought answers to that question—and more.

The third meeting of the Stanford-National Research Nuclear University MEPhI (Moscow Engineering Physics Institute) Young Professionals Nuclear Forum, held May 2-4 at CISAC, brought together young Russian and U.S.-based scholars from a variety of science and social science disciplines to explore how to use thoughtful, cooperative approaches to solve these pressing international nuclear security issues.

Dr. Siegfried Hecker, a senior fellow at the Freeman Spogli Institute for International Studies, emeritus, and an internationally recognized expert in nuclear risk reduction, organized the summit. Opening the forum, Dr. Hecker stressed that while U.S.-Russian relations continue to be complicated and cooperation in the nuclear sphere has virtually come to a stop, “the younger generation of nuclear professionals should be prepared to collaborate again once the relations between the two governments turn for the better.”

The group of Stanford and Russian scholars took part in two day-long exercises. Day one included an exercise in risk analysis of the threat of radiological terrorism from the perspective of the attacker, tasking the participants with comparing the risks of carrying out an attack using a radiological dispersal device versus carrying out an attack on a spent nuclear fuel cask. On the second day, scholars engaged in a detailed simulation of U.S. and North Korean approaches to the denuclearization of North Korea to be discussed at the proposed June summit between the U.S. and North Korea. CISAC affiliates Larry Brandt, Chaim Braun, and former national lab experts Len Connell (SNL) and James Toevs (LANL) joined Dr. Hecker to advise the teams.

Working in mixed groups of Russian and Stanford scholars, one group represented the U.S. perspective; the other the North Korean. They explored the risks of maintaining or eliminating different nuclear facilities and activities in North Korea. In the exercise, it quickly became clear that the North Korean team was aiming to keep a hedge for the future and not give away all nuclear options. Meanwhile, the U.S. team sought to eliminate much of the immediate risk posed by North Korea’s nuclear program, claiming some peaceful nuclear facilities and activities might eventually be possible but they cannot allow North Korea the ability to reconstitute its weapons quickly.

So—who won the exercise?

For Dr. Hecker: “nobody won.” That wasn’t the point. But, he said,  “what was really interesting was that they came up with really reasonable compromises—on both the North Korean and American sides.”

View photos from the summit

About CISAC

The Center for International Security and Cooperation tackles the most critical security issues in the world today. Founded in 1983, CISAC has built on its research strengths to better understand an increasingly complex international environment. It is part of Stanford's Freeman Spogli Institute for International Studies (FSI). Though scholarly research, fellowships, and teaching, CISAC is educating the next generation of leaders in international security and creating policy impact on a wide variety of issues to help build a safer world.