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Dickson, David – Science, 1985
Encouraging a science park at Cambridge University has resulted in a geographically compact community with a broad range of high-technology industries. Factors leading to this university/business success (also called "The Cambridge Phenomenon") include: more relaxed attitudes about faculty's outside activities; positive attitudes toward…
Descriptors: College Science, Community Planning, Higher Education, Industry
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Gomory, Ralph E.; Schmitt, Roland W. – Science, 1988
Defines incremental product development and discusses how this style of innovation effects technology industries. Cites examples of Japanese competition which emphasizes quality and speed in product development. Makes recommendations for the improvement of product development in the United States. (CW)
Descriptors: College Science, Competition, Foreign Countries, Higher Education
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Kodama, Fumio – Science, 1986
Describes an approach for measuring industrial technological diversification behavior. Identifies sectoral patterns of Japanese industry as related to diversification behaviors. Delineates the mechanisms and effectiveness of Japanese corporate and government policies relevant to diversification. (ML)
Descriptors: Administration, Business, Foreign Countries, Industrialization
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Walsh, John – Science, 1981
Discusses recent efforts of the Rensselaer Polytechnic Institute in Troy to spark a regional economic resurgence through advanced technology in the Hudson River area. (CS)
Descriptors: College Science, Economic Development, Higher Education, Industry
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Nolting, Louvan E.; Feshbach, Murray – Science, 1980
Examined are the number and distribution of persons engaged in research and development in the U.S.S.R. Quantitative comparisons are made between Soviet and U.S. research and development employment. Data indicate that the estimated number of scientists and engineers in the U.S.S.R. substantially exceeds the number in the U.S. (Author/CS)
Descriptors: Comparative Analysis, Economic Development, Engineering, Engineering Technology
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Biddle, Wayne – Science, 1987
Examines the effects of increased industrial funding on academic research in science. Highlights the funding arrangements at Carnegie-Mellon University and the Massachusetts Institute of Technology and discusses the impact of university-industry ties. (ML)
Descriptors: Corporate Support, Industry, Research and Development, Research Universities
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Crawford, Mark – Science, 1986
Examines the trends and efforts of Japan in funding basic and applied research in American universities and industries. Cites examples of the high-technology ties between the United States and Japan. Discusses the implications of foreign-funded research and technological transfer. (ML)
Descriptors: Foreign Countries, Industry, International Cooperation, International Relations
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Lynn, Leonard – Science, 1986
Traces the growth and movement of Japanese research and technology efforts and achievements. Explains policies related to science and technology and examines resultant actions. Provides perspectives on the future direction and role of creativity in Japanese research. (ML)
Descriptors: Creativity, Foreign Countries, Industrialization, Innovation
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Dibner, M. D. – Science, 1986
Describes programs used by European countries and companies for advancing the commercialization of biotechnology. Compares European strategies and efforts in biotechnology with those undertaken in the United States. Includes listings of the European countries and the areas of biotechnology research. (ML)
Descriptors: Business, Cooperative Programs, Foreign Countries, Government Role
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Griliches, Zvi – Science, 1987
Discusses the relationship and contributions of research and development (R&D) to productivity growth in the United States. Focuses on the impacts of industrial R&D and presents study results on trends in productivity. (ML)
Descriptors: Business Cycles, Economic Change, Economic Factors, Economic Progress
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Blumenthal, D.; And Others – Science, 1986
Presents an analysis of a survey of University-Industry Research Relationships (UIRR) in biotechnology that involved over 1200 university faculty. Findings indicated that researchers with industrial support published at higher rates, patented more frequently, participated in more administrative and professional activities, and earned more than…
Descriptors: Cooperative Programs, Financial Support, Higher Education, Industry
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Minabe, Shigeo – Science, 1986
Analyzes and compares Japanese and American industrial policy and labor practices. Proposes that certain aspects of the Japanese system be adapted by American businesses for purpose of increasing international competitiveness. Proposes specific actions and plans for both the Japanese and American systems. (ML)
Descriptors: Business, Competition, Developed Nations, Foreign Countries
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Crawford, Allan R. – Science, 1981
Presents the viewpoint of a North American industrialist that the support of basic science by industry is essential for its future growth. (CS)
Descriptors: College Science, Cooperative Programs, Financial Policy, Higher Education
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Lederman, Leonard L. – Science, 1987
Compares the science and technology strategies and priorities of France, Germany, Japan, Sweden, the United Kingdom, and the United States. Analyzes the similarities and differences, historical settings, research and development allocations, coordinating mechanisms, outputs, dissatisfactions, and recent changes. (TW)
Descriptors: College Science, Foreign Countries, Higher Education, International Studies
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Baily, Martin Neil – Science, 1986
Traces the decline in United States productivity growth since the late 1960's. Suggests that the failure to innovate, changing demographics, and disruptions to the economy (including oil price increases and inflation) are major contributors to the decline. Argues that American living standards will stagnate unless this trend is reversed. (TW)
Descriptors: Capital Outlay (for Fixed Assets), Demography, Economic Change, Economic Factors
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