For all the time and frustration that humans expend interacting with computers, it is surprising that more attention is not paid to the impact the computers used by armed forces might have on security and peace. The military, like the rest of us, is dependent on its computers and interacts with them unceasingly, often in critical situations. Never before have our armies been so intimately dependent on their tools, certainly not ones as complex, or as apparently capricious as misapplied computers can be. This paper looks at the ways in which this peculiar human involvement with computer systems requires special attention, most critically in the military context, from policymakers and researchers.

The national security strategy of the United States since World War II has changed frequently during the course of eight administrations and two wars. But it has also had an underlying consistency, driven by three major factors: the Cold War, the United States' position as leader of the Western world, and the economic strength of the United States. In the 1990s, however, U.S. national security strategy is likely to be very different as the Cold War abates, the United States' role with allies evolves from one of dominance to one of senior partnership, and the U.S. economy is stressed by actions to reduce the budget and trade deficits.

This study of the naval-training system grew out of our larger project on the development of China's strategic weapons. After completing work on the history of Beijing's nuclear weapons program, we began research on Project 09, China's development program for nuclear-powered ballistic missile submarines. This research brought to light important new materials on the overall growth of China's navy and led to interviews with Chinese naval specialists. The new data suggested important insights into questions related to military professionalism and the long-range strategy for Chinese military power. This review of the history of Chinese naval training thus illuminates larger issues of Chinese defense planning and security goals. It also provides a baseline for assessing the missions of the navy and its readiness for carrying out those missions.

It is the American view that Japan has been totally dependent on the United States for its national security, and that this favorable condition has enabled the Japanese to dedicate themselves fully to economic development with no significant military burden. The competitive edge of many U.S. industries, including those of steel, shipbuilding, electrical appliances, motorcycles, office equipment, automobiles, and computers, has eroded considerably since the 1960s, and Japan has taken all the blame for the downfall. The U.S. semiconductor industry is on the verge of falling behind because of aggressive Japanese sales policies.  Moreover, Japan has for years protected its domestic industries so the U.S. industries have struggled in vain to penetrate the Japanese market.  Some U.S. critics argue that the disputes over a huge trade imbalance between the two countries can best be explained by these unfair Japanese advantages. The invisibility of the role of Japanese contribution toward western security has also intensified irritation in the U.S. Congress. The recent controversy over the FS-X (fighter supporter) project of the Japanese Air Self-Defense Force (JASDF) evolved out of these circumstances. The details of and epilogue to this controversy are discussed in this paper.

The neutron bomb is a controversial weapon. Indeed, the public disclosure by the United States of its development in 1977 has provoked sharp and widespread debate that is likely to continue in the future. Although the United States has manufactured and stockpiled neutron bombs, in order to mollify public opposition in Europe it announced in 1981 that these weapons would not be deployed overseas at that time. France has developed and tested a neutron bomb successfully, but it has not yet decided whether to produce and deploy it. The Soviet Union claims that, although it has tested a neutron bomb, it has never started production of that weapon.

What about China? There is little information about the neutron bomb in open literature, yet Chinese Defense Minister Zhang Aiping said recently at a memorial service for China's leading nuclear scientist, Deng Jiaxian, that Deng made important contributions to the theory of atomic and hydrogen bombs and their successful testing as well as major breakthroughs in the principles of new nuclear weapons and their research and testing. What kind of new nuclear weapons? Do they include the neutron bomb? Minister Zhang Aiping did not mention this weapon. Maybe China is not developing the neutron bomb now, but at least we can say that China, as a nuclear country, has the ability to develop it and is interested in it. Does China need neutron bombs? This report reviews U.S. and French plans for deployment of the neutron bomb and, further, evaluates the practicality of neutron bombs for China from the perspective of China's politics, strategy, geography, and technical and economic capabilities.

This report analyzes a simulation, conducted in the spring of 1984 at Stanford University, of a hypothetical U.S.-Soviet crisis in Germany.  The simulation was organized by the Center for International Security and Arms Control as a part of the course, Political Science 138B, "Arms Control and Disarmament Seminar."

The purpose of this study is not to predict whether or not inadvertent war in Europe will occur but to understand how it might possibly occur and how better to avoid it.  The utility of the crisis simulation lies in the insights it provides regarding (1) difficult policy dilemmas likely to be experienced at many points in a crisis and (2) possibilities for misperception, misjudgment, and escalation that inhere in the process of interaction between the two sides in a crisis.

On October 30, 1984, a workshop met at the Stanford Center for International Security and Arms Control to examine near-term prospects for and alternative approaches to strategic defense. This report provides the results of that examination and thus represents the consensus of the signatories on a limited set of high-priority objectives and activities in strategic defense.

An earlier study by the Center gave a critical assessment of the President's Strategic Defense Initiative (SDI). One of its recommendations was an unspecified, treaty-consistent research and development (R&D) program in antiballistic missile (ABM) defense at "a level not very different from recent amounts." Because such an effort is also proposed herein, the present report may in that one sense be seen as a logical complement to the earlier study. However, not all of the members of this workshop endorse all of the conclusions of that study. Also, the present report is limited to the ABM research and development the United States should be pursuing in the near term (5-10 years).