Published in the journal Bulletin of Atomic Scientists, this column by Seigfried Hecker below is based on content in his 2016 book, Doomed to Cooperate: How American and Russian Scientists Joined Forces to Avert Some of the Greatest Post-Cold War Nuclear Dangers:

On February 23, 1992, less than two months after the dissolution of the Soviet Union, I landed on the tarmac in Sarov, a city the government had removed from maps to keep secret its status as a nuclear weapons center. I was then director of the Los Alamos National Laboratory and­­ accompanied by two senior scientists from my own lab plus three colleagues from the Lawrence Livermore National Laboratory. The six of us were about to walk through the birthplace of the Soviet nuclear bomb, the technological and intellectual powerhouse behind the sophisticated arsenal that had been pointed at our country for the previous 40 years.

Shockingly, after an hour-long flight from Moscow, we stepped out of the Aeroflot turboprop into the open arms of our Russian hosts: Yuli Borisovich Khariton, the scientific leader of the Soviet nuclear program, and other senior lab staff who had waited in the chilly wind to welcome us. Just as remarkable was the fact that this wasn’t the first time we met our Russian counterparts. Two weeks earlier, directors of the Russian nuclear weapons labs, VNIIEF in Sarov and VNIITF in Snezhinsk, had for the first time in history set foot in our labs in Livermore and Los Alamos. This exchange of visits a quarter century ago marked a new turn in relations between the world’s two nuclear weapons superpowers.

The road to Sarov

Our first meeting on Russian soil would have been deemed improbable just a few months earlier. The encounter on the Sarov tarmac grew out of both persistence by determined individuals and larger historical forces. As the Soviet Union scrambled to adjust domestic and international policy in the face of mounting economic and social challenges in the late 1980s, Soviet leader Mikhail Gorbachev reached across the political divide to US President Ronald Reagan to take steps toward nuclear disarmament. One such step was the Joint Verification Experiment of 1988, in which the Soviet Union and the United States asked their nuclear weapons scientists to conduct parallel nuclear-explosion yield measurements at testing grounds in Nevada and Semipalatinsk, located in what is now Kazakhstan. The experiment helped overcome a stumbling block related to verification procedures needed to ratify the 1974 Threshold Test Ban Treaty (TTBT). The 1988 nuclear tests enabled the two sides to sign a new ratification protocol in Geneva in June 1990, and the TTBT entered into force in December 1990.

As history would have it, an unintended outcome of the TTBT ratification effort proved to be the most momentous. Viktor Mikhailov, head of the Soviet team that took part in the Joint Verification Experiment and later Russian minister of atomic energy, was right when he said that “the main result of the Joint Verification Experiment was not the development of procedures and extent of nuclear test monitoring of the joint development of technical verification means, but the chance for interpersonal communications with the American nuclear physicists.”

Indeed, it was working side by side at each other’s test sites that gave rise to deep-rooted affinity and built trust. Over the years, we had only caught glimpses of our Soviet nuclear scientist counterparts at a few international conferences where they disguised their institutional affiliations, saying they were part of the Soviet Academy of Sciences. It was through months of collaboration at our test sites that the contours of their true home institutions—the nuclear weapons labs VNIIEF and VNIITF—began to emerge. As we would discover eventually, these Soviet labs were remarkably similar to our own. We realized that in addition to nuclear weapons work, they were conducting outstanding fundamental science. We became consumed with curiosity to learn more about it first-hand. The Russians were curious about our work as well.

We were all interested in cooperation, but the Russians even more so because they sensed before we did just how dramatically the Soviet Union was changing. Lev D. Ryabev, who headed the atomic ministry at the time, told me years later that Russian nuclear weapons scientists were so eager to work with their American counterparts because “we arrived in the nuclear century all in one boat—movement by any one will affect everyone. We were doomed to work together.”

It was during a 1990 trip to Moscow by Los Alamos and Lawrence Livermore lab scientists for technical discussions supporting the Geneva test ban talks that Mikhailov extended an impromptu invitation to visit the USSR’s secret nuclear city Sarov (then called Arzamas-16) for the first time.

The American scientists returned with specific proposals from the VNIIEF director and his senior scientists for collaboration with the US labs, along with an invitation to Lawrence Livermore Director John Nuckolls and me to visit the secret Russian cities.

Convinced by my Los Alamos colleagues that this was a great opportunity to collaborate scientifically in important areas of research, I tried a number of avenues in Washington to get approval for exploring potential cooperation. I got little traction until the second half of 1991, after the Soviet Union had begun to disintegrate. As it did so, President George H.W. Bush became concerned that brain drain from the Soviet nuclear complex could lead to the spread of knowledge about how to build these weapons of mass destruction.

Driven by that concern, US Energy Secretary James D. Watkins approved my request for the laboratory directors’ exchange visits, and two months after Gorbachev’s formal dissolution of the Soviet Union on December 25, 1991, we entered the surreal world of the Soviet Los Alamos.

A tradition worth sustaining 

Our visits to Sarov and Snezhinsk shattered our Cold War preconceptions of the Soviet nuclear program. We were particularly impressed by the depth of scientific talent. Although they lacked modern computers and electronics, their computational achievements were remarkable, and their experimental facilities were innovative and functional. We found the scientists’ dedication to their mission deeply patriotic, and their attention to nuclear weapons safety reassuring. During our briefings and tours, Russian scientists described leading-edge research in the fundamental science that underpinned their nuclear weapons program. The visits convinced me that our US nuclear labs should collaborate with their Russian counterparts, not only to help solve immediate problems like proliferation and loose nukes, but also because in doing so we would benefit scientifically.

Our Russian colleagues were prepared with proposals for cooperation in a surprisingly broad range of areas. During a daylong session in Chief Weapon Designer Boris Litvinov’s office in Snezhinsk, watched by portraits of Lenin and Igor Kurchatov, one of the fathers of the Soviet Bomb, we hammered out a protocol for cooperation that we would take back to our governments. We came up with a long list problems we wanted to work on together. It included enhancing the security and safety of nuclear weapons during reduction and dismantlement; preventing the proliferation of nuclear weapons knowledge; promoting the conversion and diversification of nuclear facilities; preventing non-nuclear states and terrorists from obtaining nuclear weapons; developing joint mechanisms for emergency response; enhancing the safety of nuclear arsenals; preventing unauthorized use of remaining weapons; and promoting protection and cleanup of the environment at nuclear weapons facilities.

It turned out that we scientists were far ahead of what the US government was prepared to authorize at the time. We heard that when members of the National Security Council staff, which coordinated interagency government issues with Russia, received a copy of the protocol, they declared it did not exist and threw it in the waste paper basket. However, Nuckolls and I presented the protocol to Watkins and received approval to proceed, though only in fundamental science cooperation.

By May 1992, even though the US Energy and State Departments had only agreed to general principles, the former had provided us with the necessary financial support and the latter with the required permissions for travel to Russia. Just as importantly, we had defined what we wanted to do first in the collaboration we called lab-to-lab. We planned for joint experiments in high-energy-density physics and conferences on computer modeling and simulation.

In spite of the initial US government concerns, we would eventually end up cooperating in almost all the areas outlined in the initial protocol. A spirit of collaboration prevailed for nearly a quarter century, and was essential to successfully mitigating the dangers resulting from the dissolution of the Soviet Union. Unfortunately, that cooperation has all but come to an end during the past few years as relations between Moscow and Washington have soured. But the benefits of future cooperation are potentially enormous, as a new report from the Nuclear Threat Initiative makes clear. The US and Russian governments, as well as the two countries’ scientists, should seize any opportunities that arise to rekindle nuclear cooperation.

When governments and scholars work together on data security, society benefits from better safeguards and protections, a U.S. intelligence expert said Wednesday.

The difficulty is keeping up with technology and societal trends, Admiral Bobby R. Inman said at the Center for International Security and Cooperation's annual Drell Lecture for 2017. His talk was titled, “The Challenges of Providing Data Security.”

Inman, whose U.S. Navy career spanned 31 years, served as the director of the National Security Agency, deputy director of the Central Intelligence Agency, and held other influential positions in the U.S. intelligence community. After retiring from the Navy, Inman worked on start-ups in the private sector, in higher education, and as chairman of the Federal Reserve Bank of Dallas. He is currently the Lyndon B. Johnson Centennial Chair in National Policy at the University of Texas, Austin.

'9/11 changed everything'

During his talk, Inman recounted the early days of cryptography and the dialogue between government officials like himself and scholars at universities such as Stanford and UC Berkeley. Cryptography or cryptology is the practice and study of techniques for secure communication in the presence of third parties typically known as adversaries.

Inman was a key driver behind establishing the United States Foreign Intelligence Surveillance Court in 1978. The purpose of the “FISA” court was to oversee requests for surveillance warrants against foreign spies inside the United States by federal law enforcement and intelligence agencies.

Today, technology has overwhelmed many issues regarding how the government tracks the communications of foreign entities, Inman said. And events have ushered in a different orientation on what type of information and from whom is sought by U.S. intelligence. “9/11 changed everything,” he added.

After 9/11, U.S. intelligence began to focus on foreign individuals in addition to the traditional foreign state actors, Inman said. He pointed out the value of such data collection, as penetrating small groups with human agents is extraordinarily difficult and dangerous.

“The only way you’re likely to get a lead on them (terrorists or narcotic traffickers) is through their communications,” he said.

The Internet, especially social media, has exploded in usage and made data security efforts even more complex, Inman said. “A vastly different world.” As a result, serious privacy, commercial usages and intellectual property issues need to be resolved more than ever. He noted that the rule of law is important to follow when the governmnt or other entities collect and examine communications data.

Inman is particularly worried about how “basic issues of ethics and morality” have eroded in society, which results in people scheming to sell private data for profit that puts others at risk. Another issue involves how to prevent terrorist groups from preying upon mentally weak people and recruiting them over the Internet.

A key reason Inman was invited to be the Drell speaker this year was his connection to Martin Hellman and Whitfield Diffie, two pioneering cryptographers from CISAC who drew Inman’s attention in the mid-1970s when they wrote a groundbreaking paper in their field of study. The three later established long-running friendships that produced strong cryptography frameworks.

Inman said, “We were privileged to start the dialogue. That’s where you begin to solve problems,” as fears and misperceptions can be resolved through discussions and openness. “I think what we need is a repeat of pulling together people” from academia and government to deal with today’s security threats. “We need to assess where we are.”

His concern is who would convene such a dialogue. “We’re in a pretty bumpy time, nationally,” said Inman, who urges a neutral party to be such a convener. On broader security fronts, Inman said he is most apprehensive about a possible nuclear exchange between Pakistan and India.

Legacy of Drell

The event included a tribute to Sidney Drell, who passed away last December at the age of 90. Drell co-founded CISAC, and jointly directed it from 1983 to 1989. The Drell Lecture, which is named after him, is an annual public event sponsored by CISAC. By tradition, the lecturer addresses a current and critical national or international security issue that has important scientific or technical dimensions.

In her opening remarks, Amy Zegart, co-director of CISAC, described Drell as a “true giant in the field of theoretical physics” who devoted his life’s work to reducing the threat of nuclear catastrophe. One trademarks of the Drell lecture was that its namesake had the opportunity to ask the first question of the speaker. “He had a unique way of asking penetrating questions" with gentle decency and fairness, she added.

CISAC’s William Perry, also on hand to discuss Drell’s legacy, said, “Sid Drell was truly a man for all seasons” who excelled in various fields of academic and policy. Perry first met Drell 55 years ago when he was beginning his own career in nuclear arms control. “Sid’s deep interest in arms control led to him teaming up with John Lewis” to launch CISAC, he noted.

“He was an extraordinary man,” Perry said, “and we shall never see his like again.”

Drell was a fan of classical music, especially the St. Lawrence String Quartet, a chamber music group whose music was piped in to the Bechtel Conference Room before the event began.

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MEDIA CONTACTS

Clifton B. Parker, Center for International Security and Cooperation: (650) 725-6488, cbparker@stanford.edu

The populist backlash against globalization is being felt acutely across Europe as well as here in the US. And yet whether you look at it from an economic, political or military perspective, transnational cooperation has become an integral part of our global landscape. Hear CDDRL Mosbacher Director Francis Fukuyama on the future of globalization for World Affairs. 

Kathryn Stoner, CDDRL/FSI Senior Fellow, discusses the integrity of the new administration together with David Sanger, national security correspondent, and John Rizzo, former CIA chief legal officer. Listen here.

In a shack that now sits below sea level, a mother in Bangladesh struggles to grow vegetables in soil inundated by salt water. In Malawi, a toddler joins thousands of other children perishing from drought-induced malnutrition. And in China, more than one million people died from air pollution in 2012 alone.

Around the world, climate change is already having an effect on human health.

In a recent paper, Katherine Burke and Michele Barry from the Stanford Center for Innovation in Global Health, along with former Wellesley College President Diana Walsh, described climate change as “the ultimate global health crisis.” They offered recommendations to the new United States president to address the urgently arising health risks associated with climate change.

Bangladeshi children make their way through flood waters.

The authors, along with Stanford researchers Marshall Burke, Eran Bendavid and Amy Pickering who also study climate change, are concerned by how little has been done to mitigate its effects on health.

“I think it’s likely that health impacts could be the most important impact of climate change,” said Marshall Burke, an assistant professor of earth system science and a fellow at the Freeman-Spogli Institute for International Studies.

There is still time to ease — though not eliminate — the worst effects on health, but as the average global temperature continues to creep upward, time appears to be running short.

“I think we are at a critical point right now in terms of mitigating the effects of climate change on health,” said Amy Pickering, a research engineer at the Woods Institute for the Environment. “And I don’t think that’s a priority of the new administration at all.”

Health effects of climate change

Even in countries like the United States that are well-equipped to adapt to climate change, health impacts will be significant.

“Extremes of temperature have a very observable direct effect,” said Eran Bendavid, an assistant professor of medicine and Stanford Health Policy core faculty member.

“We see mortality rates increase when temperatures are very low, and especially when they are very high.”

Bendavid also has seen air pollutants cause respiratory problems in people from Beijing to Los Angeles to villages in Sub-Saharan Africa.

“Hotter temperatures make it such that particulate matter and dust and pollutants stick around longer,” he said.

In addition to respiratory issues, air pollution can have long-term cognitive effects. A study in Chile found that children who are exposed to high amounts of air pollution in utero score lower on math tests by the fourth grade.

“I think we’re only starting to understand the true costs of dirty air,” said Marshall Burke. “Even short-term exposure to low levels can have life-long effects.”

Low-income countries like Bangladesh already suffer widespread, direct health effects from rising sea levels. Salt water flooding has crept through homes and crops, threatening food sources and drinking water for millions of people.

“I think that flooding is one of the most pressing issues in low-income and densely populated countries,” said Pickering. “There’s no infrastructure there to handle it.”

Standing water left over from flooding is also a breeding ground for diseases like cholera, diarrhea and mosquito-borne illnesses, all of which are likely to become more prevalent as the planet warms.

On the flip side, many regions of Sub-Saharan Africa — where clean water is already hard to access — are likely to experience severe droughts. The United Nations warned last year that more than 36 million people across southern and eastern Africa face hunger due to drought and record-high temperatures.

Residents may have to walk farther to find water, and local sources could become contaminated more easily. Pickering fears that losing access to nearby, clean water will make maintaining proper hygiene and growing nutritious foods a challenge.

Climate change will affect health in all sectors of society.

All of these effects and more can also damage mental health, said Katherine Burke and her colleagues in their paper. The aftermath of extreme weather events and the hardships of living in long-term drought or flood can cause anxiety, depression, grief and trauma.

Climate change will affect health in every sector of society, but as Katherine Burke and her colleagues said, “….climate disruption is inflicting the greatest suffering on those least responsible for causing it, least equipped to adapt, least able to resist the powerful forces of the status quo.

“If we fail to act now,” they said, “the survival of our species may hang in the balance.”

What can the new administration do to ease health effects?

If the Paris Agreement’s emissions standards are met, scientists predict that the world’s temperature will increase about 2.7 degrees Celsius – still significant but less hazardous than the 4-degree increase projected from current emissions.

The United States plays a critical role in the Paris Agreement. Apart from the significance of cutting its own emissions, failing to live up to its end of the bargain — as the Trump administration has suggested — could have a significant impact on the morale of the other countries involved.

“The reason that Paris is going to work is because we’re in this together,” said Marshall Burke. “If you don’t meet your target, you’re going to be publicly shamed.”

The Trump administration has also discussed repealing the Clean Power Plan, Obama-era legislation to decrease the use of coal, which has been shown to contribute to respiratory disease.

“Withdrawing from either of those will likely have negative short- and long-run health impacts, both in the U.S. and abroad,” said Marshall Burke.

Scott Pruitt, who was confirmed today as the head of the Environmental Protection Agency (EPA), is expected to carry out Trump’s promise to dismantle environment regulations.

Despite the Trump administration’s apparent doubts about climate change, a few prominent Republicans do support addressing its effects.

Secretary of State Rex Tillerson, the former chairman and CEO of Exxon Mobile, supports a carbon tax, which would create a financial incentive to turn to renewable energy sources. He also has expressed support for the Paris Agreement. It is possible that as secretary of state, Tillerson could help maintain U.S. obligations from the Paris Agreement, though it is far from certain whether he would choose to do so or how Trump would react.

More promising is a recent proposal from the Climate Leadership Council. Authored by eight leading Republicans — including two former secretaries of state, two former secretaries of the treasury and Rob Walton, Walmart’s former chairman of the board — the plan seeks to reduce emissions considerably through a carbon dividends plan.

Already an issue, malnutrition will increase with droughts in Sub-Saharan Africa.

Their proposal would gradually increase taxes on carbon emissions but would return the proceeds directly to the American people. Americans would receive a regular check with their portion of the proceeds, similar to receiving a social security check. According to the authors, 70 percent of Americans would come out ahead financially, keeping the tax from being a burden on low- and middle-income Americans while still incentivizing lower emissions.

“A tax on carbon is exactly what we need to provide the right incentives and induce the sort of technological and infrastructure change needed to reduce long-term emissions,” said Marshall Burke.

Pickering added, “This policy is a ray of hope for meaningful action on climate.”

It remains to be seen whether the new administration and congress would consider such a program.

What can academics do to help?

Meanwhile, academics can promote health by researching the effects of climate change and finding ways to adapt to them.

“I think it’s fascinating that there’s just so little data right now on how climate change is going to impact health,” said Pickering.

Studying the effects of warming on the world challenges traditional methods of research.

“You can’t create any sort of experiment,” said Bendavid. “There’s only one climate and one planet.”

The scholars agree that interdisciplinary study is a critical part of adapting to climate change and that more research is needed.

“If ever there was an issue worthy of a leader’s best effort, this is the moment, this is the issue,” said Katherine Burke and her colleagues. “Time is short, but it may not be too late to make all the difference.”

Stanford University has expressed its views on the recent executive order on immigration, and is offering resources for students who could be affected. News accounts indicate that as many as 17,000 students across the country fall into this category. On Jan. 27, President Trump signed an executive order restricting travel to the United States of people from seven largely Muslim countries -- Syria, Iran, Iraq, Libya, Somalia, Sudan and Yemen.

Amy Zegart, co-director of the Center for International Security and Cooperation, said CISAC's "mission is generating knowledge to build a safer world. We bring scholars, ideas from everywhere. And always will."

Looking ahead, Stanford is planning campus events and initiatives on this issue. Some information already to note: 

• Stanford launched a new website on immigration issues for students and scholars. This includes centralized campus information about international travel guidance and other information. Stanford will continue to add content to this site.

• A letter to the campus community from Stanford president Marc Tessier-Lavigne, provost John Etchemendy, and incoming provost Persis Drell affirming the university's support for international students. "As events unfold, the university intends to continue vigorously advocating before Congress, the Executive Branch, and beyond for policies consistent with its commitment to members of our community who are international, undocumented and those who are impacted by the recent executive order."

Russia’s desire to be a great power, nuclear deterrence and naval strategies are the reasons behind its rapid Arctic military build-up, a Stanford expert says.

The issue is complicated. “There are three basic drivers: military-strategic calculations, economic development, and domestic objectives,” said Katarzyna Zysk, a visiting scholar at Stanford’s Center for International Security and Cooperation.

Zysk has a forthcoming paper on this topic to be published by the Strategic Studies Institute of the U.S. Army War College. Last year, she presented her findings at the conference, "The Russian Military in Contemporary Perspective," held by the American Foreign Policy Council. She also discussed her research at the Hoover Institution's Arctic Security Initiative meeting in November 2016. 

Putin’s foreign policy

Despite claims it would not do so, Russia since 2012 in particular has embarked on a large-scale military modernization in the Arctic across basically all defense branches, with a special focus on the air and maritime domain, Zysk said.

“The military ambitions have expanded with the more nationalist and isolationist turn in Russian policies after (Vladimir) Putin’s return as president in May 2012,” said Zysk, an associate professor at the Norwegian Defence University College who specializes in Russia’s security and defense policies.

In 2014, Russia decided to deploy military forces along the entire Russian Arctic coast, from Murmansk to Chukotka, and on permanent basis. A modernization effort is underway, too.

This trend has deepened the asymmetry of power between Russia’s forces and those of other countries in the region, such as the United States, Zysk said.

“The Arctic contributes to maintaining Russia’s great power status, which has been one of the main driving forces behind Putin’s foreign policy in recent years,” she said.

‘Startling’ military build-up

The Arctic appears as one of the most stable Russian border regions, which makes the rapid defense build-up by a Russian government with a slowing economy quite perplexing to many observers, noted Zysk.

Apart from the economy, she explains the military strategies involved:

“Russia has revived the Cold War ‘Bastion’ concept in the Barents Sea: In case of conflict, the Northern Fleet’s task is to form maritime areas closed to penetration for enemy naval forces, where Russia would deploy strategic submarines and maintain control. In the areas further south, Russia would seek to deny control for potential adversaries. It also gives Russia a possibility to attack an enemy’s sea lines of communication,” she said.

On top of this, Russia’s modernization efforts are focused on modernizing its nuclear deterrent, including building fourth-generation strategic submarines of the Borei class: three are completed, and five are under different stages of construction, according to Zysk.

Russia is also building new attack submarines, as well as new frigates and corvettes, though the shipbuilding industry is struggling with delivering these on time, she added.

Also, the Artic provides Russia a strategic gateway to both the Atlantic and Pacific oceans, Zysk said, which is important given that Russia’s naval forces are separated between four theaters of operations – the Pacific, the Arctic-Atlantic, the Baltic and the Black Sea.

As a result of climate change, Russia may be able to more freely move its warships between its main bases along the Northern Sea Route, she added.

“Importantly, the forces in the Arctic are not going to stay only in the Arctic. With the increased mobility, the military units can be transferred rapidly to support Russia military operations in other regions, as we have observed in eastern Ukraine, where Russia has used a brigade deployed in the High North. The trend is likely to continue, also because Russia’s military capabilities remain limited, despite the ongoing modernization,” she said.

Perceived threats

Russia considers that if it engaged in conflict with other great powers, such as the United States, the Arctic would be a major target, Zysk said. Russia has also rehearsed scenarios when the biggest part of the Russian Navy based in the Arctic, the Northern Fleet, would be activated during conflicts escalating in other regions. That’s a reason for the strengthening of its defenses in the region.

“In the Russian assessment, an aerial attack from the Arctic region may pose military threats to the entire Russian territory. In particular, however, Russia is concerned about the sea-based nuclear deterrent deployed in the Arctic. As a result, Russia has devoted a strong focus to increasing air defense and air control across the Arctic,” she said.

Apart from threats from state actors, environmental accidents, trafficking, terrorist attacks on industrial infrastructure or increased foreign intelligence also make the Arctic, in Russia’s view, a vulnerable territory. Finally, the issue of Russia’s vast energy reserves and other rich natural resources in the Arctic are another factor. The development of the Arctic is seen as one of the solutions to what ails the Russian economy.

Zysk said, “Since the early 2000s, the Russian political and military leadership has systematically argued that there will be an acute shortage of energy resources worldwide, which may lead to a conflict, and that the West, led by the United States, may attempt to seize Russia’s oil and gas.”

While this assessment is controversial, Zysk points to statements by the top Russian political and military leadership, including Valery Gerasimov, the chief of the Russian General Staff, that suggests the Russian leadership believes such scenario may occur by 2030.

“It may also explain some of the military investments in the region, such as reactivating 13 military airfields across the Arctic, paratroopers’ exercises and amphibious landing operations along the Northern Sea Route,” she said.

In addition, the Arctic holds a symbolically important place in Russia’s history and national identity, according to Zysk.

“Displays of military strength, accompanied by rhetoric that portrays Russia as the Arctic superpower, resonate well with the Russian public, especially in communities where feelings of nationalism and isolationism run deep,” she said.

As a result of the military modernization, she added, Russia is today better prepared to participate in complex military operations than a decade ago, especially in joint operations, strategic mobility and rapid deployments.

“Russia’s ability to limit or deny access and control various parts of the Arctic has increased accordingly,” Zysk said.

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MEDIA CONTACTS

Katarzyna Zysk, Center for International Security and Cooperation: (650) 723-6840, kzysk@ifs.mil.no

Clifton B. Parker, Center for International Security and Cooperation: (650) 725-6488, cbparker@stanford.edu

Today, the Bulletin of Atomic Scientists’ “doomsday clock” moved 30 seconds forward to 2 and a half minutes to midnight. The closer the minute hand gets to midnight, the closer the bulletin predicts humankind is to destroying itself. The symbolic clock was created in 1947 when Albert Einstein and Robert Oppenheimer (the father of the U.S. nuclear program) founded the publication.

The following experts from the Center for International Security and Cooperation and the Freeman Spogli Institute for International Studies offered these perspectives:

William J. Perry, a former U.S. Secretary of Defense and senior fellow at the Center for International Security and Cooperation (CISAC), said: "Last year the Doomsday clock was set at 3 minutes to midnight, the closest it has been to global 'midnight' since the iciest days of the Cold War. This ominous pronouncement reflected my own fears that we were now in greater danger of nuclear catastrophe than we were during the Cold War, with the growing threat of nuclear terrorism, the continued risk of accidents and miscalculation, and the possibility of regional nuclear war and continued nuclear proliferation around the world."

He added, "Today the Bulletin of Atomic Scientists announced that we have moved closer to global catastrophe, for the first time setting the clock 30 seconds ahead to 2 and a half minutes to midnight, approaching a time not seen since the United States and Soviet Russia first developed the H-bomb. We must heed this dire warning as a call to action. There are concrete steps that we can take to reduce the risk of nuclear annihilation, but we must start today."

Siegfried Hecker, the former director of the Los Alamos National Laboratory and senior fellow at CISAC, said, "The bulletin’s keepers of the clock made the correct call to move the clock 30 seconds closer to midnight. The disregard for fact-based analysis of issues such as global climate change during the recent presidential campaign is truly alarming. However, my immediate concerns focus on the world having become a more dangerous nuclear place."

He said, "Developments in North Korea top the list: 2016 was a very bad year as Pyongyang greatly expanded its nuclear complex to increase the size of its arsenal to perhaps as many as 20 to 25 weapons, conducted two more nuclear tests to enhance the sophistication of its weapons, and launched two dozen missile tests. All of this while Washington cut all communications with a regime about which we know so little, while continuing the failed policies of sanctions and leaning on China to solve the problem."

"Confrontation," Hecker said, "has replaced cooperation between Russia and the United States. For the first time since the end of the Cold War the specter of a nuclear arms race was raised in 2016. President Putin put the finishing touches on suspending or terminating most of the cooperative nuclear threat reduction programs with the United States. Nuclear safety and security concerns appear to have taken a back seat to nuclear saber rattling and cyber attacks."

He noted, "Tensions between China and the United States have increased substantially over Beijing’s more muscular role in international affairs, particularly with its actions in the South China Sea. Moreover, tensions over Taiwan prompted by President Trump’s comments about the One-China policy renew the possibility of conflict."

"South Asia has inched closer to potential nuclear confrontation between India and Pakistan. India’s expanding economy and its concerns about Chinese military expansion has prompted it to strengthening its nuclear arsenal by moving toward a full triad – land, air and sea-based nuclear weapons. Pakistan, its much smaller and weaker neighbor, feels increasingly threatened by India’s expanding military. It has moved to what is called a posture of full-spectrum nuclear deterrence, which includes very dangerous tactical battlefield nuclear weapons that lower the nuclear threshold," Hecker said.

"Preventing and responding to potential acts of nuclear terrorism require close international cooperation. Unfortunately, all signs point in the opposite direction at a time when the atrocities perpetrated by terrorists are increasing. Greatest among these pullbacks was President Putin’s decision not to participate in the 2016 Nuclear Security Summit held in Washington, DC. With President Obama’s tenure having ended, this very effective collaborative international effort is now in limbo," he said.

MEDIA CONTACTS

Clifton B. Parker, Center for International Security and Cooperation: (650) 725-6488, cbparker@stanford.edu

Chaney Kourouniotis, Freeman Spogli Institute for International Relations: (6650) 724-9842, chaney.kourouniotis@stanford.edu

Professor Walter Scheidel examines the history of peace and economic inequality over the past 10,000 years.

What price do we pay for civilization? For Walter Scheidel, a professor of history and classics at Stanford, civilization has come at the cost of glaring economic inequality since the Stone Age. The sole exception, in his account, is widespread violence – wars, pandemics, civil unrest; only violent shocks like these have substantially reduced inequality over the millennia.

“It is almost universally true that violence has been necessary to ensure the redistribution of wealth at any point in time,” said Scheidel, summarizing the thesis of The Great Leveler: Violence and the History of Inequality from the Stone Age to the Twenty-First Century, his newly published book.

Surveying long stretches of human history, Scheidel said that “the big equalizing moments in history may not have always had the same cause, but they shared one common root: massive and violent disruptions of the established order.”

This idea is connected to Thomas Piketty’s Capital in the Twenty-First Century (2013), a New York Times bestseller Scheidel admires. Piketty found that “inequality does not go down by itself because we have economic development,” Scheidel said. “His book covers only 200 years and argues that only violent intervention can make that happen.”

But Scheidel, who has taught a freshman seminar on long-term inequality, wanted to know if this insight can be applied to all of history. He enlisted the help of Andrew Granato, a senior majoring in economics, to compile a bibliography of more than 1,000 titles. The result is a sweeping narrative about the link between inequality and peace that harkens back to the beginning of human civilization.

Formulating such a narrative is no simple task. The Great Leveler primarily relies on the published works of other historians – a challenge, in Scheidel’s view, of trying “to synthesize highly fragmented and specialized scholarship and create a single narrative.”

As an expert on ancient Rome, however, Scheidel is well aware that pre-modern sources are limited and some are invalid. His familiarity with scant ancient sources prepared him to grapple with an abundance of more reliable modern records.

“Looking at the distant past would have been more difficult for a modernist economist or historian,” said Scheidel, for whom it is “generally easier to deal with modern evidence because it is more familiar and thoroughly studied.”

A grim view

Scheidel acknowledges his pessimism about resolving inequality. “Reversing the trend toward greater concentrations of income, in the United States and across the world, might be, in fact, nearly impossible,” he said.

Among the wide variety of catastrophes that level societies, Scheidel identifies what he calls “four horsemen”: mass mobilization or state warfare, transformative revolution, state collapse and plague.

A textbook example of mass mobilization is World War II, a conflict that embroiled many developed countries and, key for Scheidel, “uniformly hugely reduced inequality.” As with Europe and Japan, he said, “in the U.S. there were massive tax increases, state intervention in the economy to support the war effort and increase output, which triggered a redistribution of resources, benefiting workers and harming the interests of the top 1 percent.”

Another “horseman” was the outbreak of the bubonic plague in 14th-century Eurasia. While war wreaks havoc on everything, a pandemic of this magnitude “kills a third of the population, but does not damage the physical infrastructure,” Scheidel said. “As a result, labor becomes scarce, wages grow and the gap between the rich and the poor narrows.”

But inequality ratcheted up the moment the plague subsided and the population began to increase. Soon, large swaths of society would see their benefits erased – a loss that in Scheidel’s account would be briefly reversed after the two world wars in the 20th century.

State collapse has also been crucial in the history of inequality. “The rich are beneficiaries of the state,” Scheidel said, adding that “if states fall apart, everybody is worse off; but the rich have more to lose. Their wealth is wiped out by the destruction of the state, such as in the fall of the Mayan civilization or Chinese dynasties.”

Is change possible?

As for whether reducing inequality will ever be possible in peacetime, Scheidel simply said, “History does not determine the future. Things can change, but change is slow.”

“Business as usual may not be enough,” he said. “We have to think harder about how to bring change in today’s world.”

A peaceful remedy to economic inequality may start with what Scheidel calls “an understanding of historical context, because simply electing the right politicians who promise that everything will be OK is a short-term view.”

For the longer term, Scheidel said, “I am not advocating war, but repeating the same old ideas ignores the lessons of history. Something truly innovative and original may have to happen in order to create lasting change.”

This article was originally published in the Stanford Report on January 24, 2017.
For more information about this book, visit Princeton University Press.

Space is more important than ever for the security of the United States, but it’s almost like the Wild West in terms of behavior, a top general said today.

Air Force Gen. John Hyten, commander of the U.S. Strategic Command, spoke Jan. 24 at Stanford’s Center for International Security and Cooperation. His talk was titled, “U.S. Strategic Command Perspectives on Deterrence and Assurance.”

Hyten said, “Space is fundamental to every single military operation that occurs on the planet today.” He added that “there is no such thing as a war in space,” because it would affect all realms of human existence, due to the satellite systems. Hyten advocates “strategic deterrence” and “norms of behavior” across space as well as land, water and cyberspace.

Otherwise, rivals like China and Russia will only threaten U.S. interests in space and wreak havoc for humanity below, he said. Most of contemporary life depends on systems connected to space.

Hyten also addressed other topics, including recent proposals by some to upgrade the country’s missile defense systems.

“You just don’t snap your fingers and build a state-of-the-art anything overnight,” Hyten said, adding that he has not yet spoken to Trump administration officials about the issue. “We need a powerful military,” but a severe budget crunch makes “reasonable solutions” more likely than expensive and unrealistic ones.

On the upgrade front, Hyten said he favors a long-range strike missile system to replace existing cruise missiles; a better air-to-air missile for the Air Force; and an improved missile defense ground base interceptor.

‘Critically dependent’

From satellites to global-positioning systems (GPS), space has transformed human life – and the military – in the 21st century, Hyten said. In terms of defining "space," the U.S. designates people who travel above an altitude of 50 miles as astronauts.

As the commander of the U.S. Strategic Command, Hyten oversees the control of U.S. strategic forces, providing options for the president and secretary of defense. In particular, this command is charged with space operations (such as military satellites), information operations (such as information warfare), missile defense, global command and control, intelligence, surveillance, and reconnaissance, global strike and strategic deterrence (the U.S. nuclear arsenal), and combating weapons of mass destruction.

Hyten explained that every drone, fighter jet, bomber, ship and soldier is “critically dependent” on space to conduct their own operations. All cell phones use space, and the GPS command systems overall are managed at Strategic Command, he said.

“No soldier has to worry about what’s over the next hill,” he said, describing GPS capabilities, which have fundamentally transformed humanity’s way of life.

Space needs to be available for exploration, he said.

“I watch what goes on in space, and I worry about us destroying that environment for future generations.” He said that too many drifting objects and debris exist – about 22,000 right now. A recent Chinese satellite interception created a couple thousand more debris objects that now circle about the Earth at various altitudes and pose the risk of striking satellites.

“We track every object in space” now, Hyten said, urging “international norms of behavior in space.”

He added, “We have to deter bad behavior on space. We have to deter war in space. It’s bad for everybody. We could trash that forever.”

But now rivals like China and Russia are building weapons to deploy in the lower levels of space. “How do we prevent this? It’s bigger than a space problem,” he said.

Deterring conflict in the cyber, nuclear and space realms is the strategic deterrence goal of the 21st century, Hyten said.

“The best way to prevent war is to be prepared for war,” he said.

Hyten believes the U.S. needs a fundamentally different debate about deterrence. And it all starts with nuclear weapons.

“In my deepest heart, I wish I didn’t have to worry about nuclear weapons,” he said. Hyten described his job as “pretty sobering, it’s not easy.”

But he also noted the mass violence of the world prior to 1945 when the first atomic bomb was used. Roughly 80 million people died from 1939 to 1945 during World War II. Consider that in the 10-plus years of the Vietnam War, 58,000 Americans were killed. That’s equivalent to two days of deaths in WWII, he said.

In a world without nuclear weapons, a rise in conventional warfare would produce great numbers of mass casualties, Hyten said. About war, he said, “Once you see it up close, no human will ever want to experience it.”

Though America has “crazy enemies” right now, in many ways the world is more safe than during WWII, Hyten said. The irony is that nuclear weapons deterrence has kept us from the type of mass killings known in events like WWII. But the U.S. must know how to use its nuclear deterrence effectively.

Looking ahead, Hyten said the U.S. needs to think about space as a potential war environment. An attack in space might not mean a response in space, but on the Earth.

Hyten describes space as the domain that people look up at it and still dream about. “I love to look at the stars,” but said he wants to make sure he’s not looking up at junk orbiting in the atmosphere.

‘Space geek’

Hyten has served in the Air Force for 35 years. He originally wanted to be an astronaut, but his eyesight was too bad. He got a waiver, and graduated Harvard in 1981 with an engineering degree on a ROTC scholarship. He entered the Air Force thinking he would only do four years. But then he had a close-up view of what a young Air Force officer could find in the last frontier of space as satellites and military space science were booming.

“God, I love space,” he said.

In introducing Hyten, Amy Zegart, co-director of CISAC, described him as a person of unwavering dedication and profound insights who understands the gravity of situations. “A self-described space geek,” she said.

Hyten lauded CISAC for its research and educational work on national security, and said he enjoyed being around people willing to test out new ideas and discuss potential solutions for vexing problems.

Earlier in the day on campus, Hyten met with William J. Perry, a former U.S. Secretary of Defense and senior fellow at CISAC; George Shultz, a former U.S. Secretary of Defense and senior fellow at the Hoover Institution; and Condoleezza Rice, a senior fellow at the Freeman Spogli Institute for International Studies and Hoover Institution.

General Hyten was nominated for reassignment to head the U.S. Strategic Command on Sept. 8, 2016. He commanded Air Force Space Command from 2014 to 2016.

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