Future Relations Between Defence And Civil Science And Technology

This book arises from a meeting held at Wiston House, Sussex, UK, in September 1987. The meeting brought together academic, governmental and industrial experts from eight countries to discuss the increasingly important sUbject of the relations between civil and defence technologies. It was primarily funded under the Advanced Research Workshops Programme of NATO's Scientific Affairs Division, and was the first science policy workshop funded by the Programme. Additional financial support came from the Leverhulme Trust. The choice of topic, of speakers and, finally, of papers to be published was entirely ours. The conclusions reached were our own and those of the partIcipants. They were not in any way guided by NATO; nor do they represent NATO policy. We speak for all the participants in offering our thanks to the NATO SCIentific Affairs Division, especially Secretary General Durand and Dr. Craig Sinclair, for rnei r- generosity and encouragement. WIthout them this book would not exist. We thank the Leverhulme Trust for enabling assistance to be provided to the Workshop Directors, in the form of lain Bate, who himself played a major part in the success of the meeting. The staff of Wiston House must also be thanked for prOViding an admirable environment for the meeting. For secretarial support prior to the meeting we thank Gill Miller and Lesley Price. Finally, we offer special thanks to Mrs. Yvonne Aspinall for converting all the papers, in whatever state they were presented, into camera-ready copy with such professionalism and gOOd humour.

The book describes the scale, benefits and costs of military research and development. It discusses the process of converting military R&D to civilian applications, and examines specific opportunities for, and obstacles to, conversion in the USA, Russia, France, Germany, and the UK. Among a number of case studies, senior scientists from US and Russian nuclear weapons laboratories debate the futures for these massive complexes. Looking to the future, the dual military/civilian nature of technology is discussed.

This book draws on the ten nation CREDIT (Capacity for Research on European Defence and Industrial Technology) network which was set up to tackle issue concerning defence science, technology and industrial policy, including the implications of the Cold War and a growing pan-European emphasis. By providing a comparative study of policy and practice in the countries of western Europe, the book provides vital insights into how governments and firms can begin to search for European-wide solutions to the dilemmas that face them.

The momentous events of the past year have changed the political face of the globe: the ideological struggle that dominated the world for most of this century is over; erstwhile mortal enemies have become friends and partners. But old attitudes have survived and modern weapons are in abundance. New foci of conflict have emerged; military confrontations are taking place; the world is still in turmoil.The welcome deep cuts in nuclear weapons have still left thousands of warheads in the arsenals, and the spread of these weapons to new states would further increase the danger of a nuclear confrontation.The release of the pressure pent-up under oppressive regimes created a powerful drive for independence, often achieved only after bloody wars. Many of the new states are economically non-viable: poverty and famine are frequent adjuncts of independence.If military conflicts are to be avoided, a comprehensive strategy must be formulated to improve the standards of living in the developing countries and enhance their security. A strategy is also needed to protect the environment from the effects of further industrialization and greater use of energy. What is needed is a concept of a sustainable, equitable and liveable world for all its inhabitants.All these problems were analysed by scientists and scholars who met at a Pugwash Conference. The arguments used by them and the proposed solutions are presented in this book under six themes: World Peace; Nuclear Disarmament Issues; Arms Control; Security in the Asia-Pacific Region; Development Strategies and World Economic Order; Energy and the Environment.

"This volume represents the social constructivist turn of the field. It is evident that social constructivism made a major impact on the field during the 1970s and 1980s. The diverse papers included here highlight the role of ethnography in STS. In addition, we are exposed to new perspectives of the multicultural and gendered nature of knowledge production." —Science, Technology, and Society For the most current, comprehensive resource in this rapidly evolving field, look no further than the Revised Edition of the Handbook of Science and Technology Studies. This masterful volume is the first resource in more than 15 years to define, summarize, and synthesize this complex multidisciplinary, international field. Tightly edited with contributions by an internationally recognized team of leading scholars, this volume addresses the crucial contemporary issues—both traditional and nonconventional—social studies, political studies, and humanistic studies in this changing field. Containing theoretical essays, extensive literature reviews, and detailed case studies, this remarkable volume clearly sets the standard for the field. It does nothing less than establish itself as the benchmark, one that will carry the field well into the next century. "The long-awaited Handbook of Science and Technology Studies sponsored by the Society for Social Studies of Science is a truly substantial work, both in size and in the breadth of its many contributions. It is a rich and valuable guide to much that is transpiring in the field of Science and Technology Studies. In the editors′ words, it is ′an unconventional but arresting atlas of the field at a particular moment in its history.′" —Science, Technology & Society "This book is not only an important resource for practitioners, but it also may help to spark the curiosity of those who are outside the field—including scientists and engineers themselves—and so pull the ′half-seen world′ of science and technology studies even more fully into the light of day." —American Scientist "The book as a whole is an impressive testimony to the vitality of a burgeoning field." —New Scientist "It reflects the international and interdisciplinary nature of the society. An excellent resource" —Choice

Countries establish defence industries for various reasons. Chief among these are usually a concern with national security, and a desire to be as independent as possible in the supply of the armaments which they believe they need. But defence industries are different from most other industries. Their customer is governments. Their product is intended to safeguard the most vital interests of the state. The effectiveness of these products (in the real, rather than the experimental sense) is not normally tested at the time of purchase. If, or when, it is tested, many other factors (such as the quality of political and military leadership) enter into the equation, so complicating judgments about the quality of the armaments, and about the reliability of the promises made by the manufacturers. All of these features make the defence sector an unusually political industrial sector. This has been true in both the command economies of the former Soviet Union and its satellites, and in the market or mixed economies of the west. In both cases, to speak only a little over-generally, the defence sector has been particularly privileged and particularly protected from the usual economic vicissitudes. In both cases, too, its centrality to the perceived vital interests of the state has given it an unusual degree of political access and support.

Profound changes are occurring in the structure of arms production in Western Europe. Concentration is increasing at a fast pace. Small producers are disappearing and even large ones are opting out of the market. The various national arms industries, long operating in protective environments, are rapidly internationalizing. Three factors combine to bring about this change: East-West detente, the creation of the Single European Market, and the constant pressure of increasingly complex technology. In this book experts describe how the framework for producing arms in Western Europe is altered, and how various actors--firms, governments, and trade unions--are adapting to the new situation. The book presents detailed analyses of all the arms-producing countries in Western Europe. In addition to describing recent changes, the authors speculate on the implications of these for the balance of power in Western Europe, the relations between Western Europe and the United States, arms exports to the Third World, and problems of converting from military to civilian production. The appendices include the SIPRI list of the 50 largest arms-producing companies in Western Europe; data on mergers and acquisitions, procurement expenditure, and exports of major weapons; selections from treaties and other official documents relevant to current and future regulation of West European arms production; and a select bibliography.