Why did the Soviet Union break up, whereas the Russian Federation has so far held together in the face of ostensibly similar secession crises? To what extent is regional separatism a product of economic incentives or local ethnic identity? Few areas of the world display a greater complexity of ethnic relations than the post-Soviet empire, and there are few with greater long-term strategic significance. Drawing on insights from political science, sociology, and anthropology, A Federation Imperiled asks why political elites in some regions in post-Soviet Russia have shown more of a proclivity for separatism from Moscow than others. Focusing on Chechnya, Dagestan, Sakha, Buryatia, Tyva, Pskov, and Primorye, this volume explores political programs articulated by top officials in the regions, local separtist or anti-separtist movements, and disputes between Moscow and the regions over natural resources and external trade. This is the first major comparative study on the Soviet Union and the Russian Federation.

The Cox Commission of the U.S. Congress was established in June 1998 to investigate concerns over Chinese acquisition of sensitive U.S. missile and space technology in connection with the launching of U.S. civilian satellites using Chinese launchers on Chinese territory. The investigations were broadened in October 1998 to include alleged security problems and possible espionage at the U.S. nuclear weapons laboratories. Some conclusions were released in January 1999 by the White House together with the administration's response. The full declassified (redacted) version of the report of the Cox Commission was released on May 25, 1999.

The Soviet Union placed a high priority on science and technology and built a huge assembly of research institutes, educational programs, design bureaus, and production enterprises embodying some measure of science and/or technology. This assembly concentrated overwhelmingly on military applications. Approximately three-quarters of this complex was located in Russia, but essential elements of many programs were located in other republics.

Starting in the Gorbachev regime there was a recognition that the economy was deteriorating and that it was necessary to reduce military expenditures and increase the civilian economy. A major element of this has been the attempt to direct a much greater effort toward the development of commercial products and services based upon technologies and skills developed in the military-industrial complex (MIC). This commercialization of Soviet and Russian military technology has been attempted by the Russians both independently, through conversion programs, and in cooperation with foreign partners. The conversion programs have had very limited success. The success of attempts at cooperative commercialization by U.S. companies and Russian enterprises have also been modest, but they illustrate workable models that could be utilized by other cooperative ventures. These cooperative commercialization ventures are the primary subject of this report.

This research is based primarily on the study of several cases of cooperative attempts by U.S. companies and Russian enterprises to commercialize Russian technology. Additional information has been gathered through participation in workshops and conferences including sessions or presentations on technology commercialization. There is no attempt to determine the total amount of such activity, but foreign investment of all types in Russia has been very small. These cases may not be representative of what is going on at many defense enterprises, especially those that do not have foreign partners. They do, however, show models of what can be achieved, as well as some of the problems encountered in technology commercialization.

This report outlines the changes in energy supply that will be required over the next fifty years. I describe the ultimate objective of controls on greenhouse-gas emissions and set a stabilization target for greenhouse-gas concentrations that is designed to achieve this objective. I translate this target into limits on the emission of carbon dioxide and the burning of fossil fuels over the next century, and estimate requirements for carbon-free energy supply over this period. Finally, I describe options for achieving this transformation in world energy supply and outline near-term research and development priorities.

The decade of the 1990s has seen renewed concerns over nuclear proliferation, both horizontal and vertical. While many in the arms control community focus on numbers, it is control that is the most important factor--the detonation of just one nuclear weapon would be an international catastrophe. Rather than concentrating on numbers, the regime defined herein centers on enhancing the safety and security being provided nuclear weapons and weapons-usable fissile materials. The proposal in the paper is called the Nuclear Weapons Control Treaty (NWCT) and referred to as New Court. The emphasis is on control rather than disarmament, protection from unintended or unauthorized use rather than elimination. New Court, once in place, would provide an environment in which the necessary audits and accountability for undertaking dramatic reductions in the numbers of weapons and the quantities of weapons-usable materials could be made with much greater confidence than exists today. However, it will be decades (if ever) before the number of nuclear weapons goes to zero. In the meantime, it is paramount that comprehensive safety and security be established and maintained.

There are currently more than a thousand metric tons of civilian fuel cycle plutonium, mostly in spent fuel rods, but hundreds of tons are already separated and in storage. Any of this plutonium could be fashioned into a nuclear explosive. There are no practical approaches for disposing of plutonium in periods of time less than decades. Much of the architecture and technology from New Court can be applied to the development of international monitored storage facilities (IMSF) for civil nuclear material. The paper outlines the five key requirements an international depository must satisfy: national security for the depositors and the host nation; safety and security of the material; transparency of operations; technology transfer to provide uniform global protection; and precise accurate accountability of the quantities and forms of material deposited. The synergism and conflict among the factors is briefly described. The paper also contains annexes on the current status of some key monitoring technologies and a description of an international "stored weapons standard" for protecting weapons-usable fissile material.

The age of Senator Robert Dole, the oldest man ever to run for the presidency, was a substantive issue in the election of 1996. But was it influential in the minds of the electorate as they cast their ballots? We consider in this article the association of aging with the likelihood of illness and of significant cognitive change. We also examine the risk factors revealed by Senator Dole's personal and family medical history. To determine how much of this information was available to the public, we analyze media content on these subjects across the election year. We then trace the sources of the public's assessment of whether Dole's age and health would affect his performance as president and whether this judgment, in turn, affected the likelihood of voting for him.

This report is a product of the Catastrophic Terrorism Study Group, a nine-month long collaboration of faculty from Harvard University, the Massachusetts Institute of Technology, Stanford University, and the University of Virginia. The Group involves experts on national security, terrorism, intelligence, law enforcement, constitutional law, technologies of catastrophic terrorism and defenses against them, and government organization and management.

The Group is co-chaired by Ashton B. Carter and John M. Deutch, and the project director is Philip D. Zelikow. Organized by the Stanford-Harvard Preventive Defense Project, the work of the Study Group is part of the Kennedy School of Government's "Visions of Governance for the Twenty-First Century" project, directed by Dean Joseph S. Nye, Jr. and Elaine Kamarck.

While the danger of catastrophic terrorism is new and grave, there is much that the United States can do to prevent it and to mitigate its consequences if it occurs. The objective of the Catastrophic Terrorism Study Group is to suggest program and policy changes that can be taken by the U.S. government in the near term, including the reallocation of agency responsibilities, to prepare the nation better for the emerging threat of catastrophic terrorism.

Since Brazil and West Germany surprised the world by announcing that they had reached the nuclear "deal of the century" in 1975, many national and international observers have feared that Brazil sought to develop atomic weapons. Brazilian rejection of the Nuclear Non-Proliferation and Tlatelolco treaties, insistence on its legal right to develop so-called peaceful nuclear explosives (PNEs), aspirations to great power status, authoritarian military government, and tacit nuclear rivalry with Argentina aroused concern that this ambitious program of reactor construction and technology transfer would mask an effort to reach the bomb.

Although difficult financial circumstances derailed this program in the late 1970s, by the early 1980s press reports began to emerge indicating that a secretive "parallel" nuclear program under military direction was underway. Transition to democratic rule in 1985 failed to clarify the nature and objectives of this second effort, and provocative statements by senior military officers intensified concerns. This second effort persevered in the face of the severe economic conditions that made the 1980s a "lost decade" for Latin American countries, increasing international stress on nonproliferation, and protests from domestic anti-nuclear and environmental groups, as well as a 1990 investigation by the national congress.

By 1991, however, Brazil had formally renounced PNEs, agreed to establish bilateral safeguards with Argentina and to accept International Atomic Energy Agency (IAEA) inspection of formerly secret nuclear facilities, and committed to ratifying the Treaty of Tlatelolco. This marked the apparent reversal of a long trajectory toward the proliferation threshold, and thus assuaged apprehension within and outside the country. Yet military involvement in nuclear technological development continued essentially unaltered, and Brazil now enjoys the distinction of being one of the few states with the indigenous capacity to produce fissile material necessary to construct atomic weapons.

This paper seeks to answer two questions: Given limited resources and domestic and foreign opposition, how did the Brazilian military succeed in developing this capacity? Given their determined effort and enduring role in nuclear development, why did the armed forces stop short of the bomb?

This study answers these two questions through investigation of domestic political processes, which involve the formation and maintenance of programmatic coalitions that marshal human, material, and political resources for technological development. Such coalitions encounter constraints which include competition for scarce human and financial capital, international technological denial, and domestic and international opposition. Such programs must be either effectively insulated from domestic challenges, or politically defended and normatively legitimated in spite of them.