Examines the work of Eric Ashby, a missionary of the technology age in Great Britain, an analyst of status quo and change proponents of higher education,; and an implementer of technology curricula. He warned in the 1950s that if Western academies did not adapt to/with technology, they would not survive. (KDR)

Describes Japan's industrial development and science/technology policy. Topics include policies for promoting industries, rationalization policy for industry, catching up with advanced technology, progression from imitation to creative technology, Japan's advantages in technological development, and problems faced by developing countries today.…

Selected are three pioneers who invented the history of technology: Abbott P. Usher, Lewis Mumford, and Sigfried Giedion. Their careers, publications, and contributions to the history of technology are described. (YP)

After defining technology and technology transfer, the author discusses product-embodied, process-embodied and person-embodied technologies. The five major antagonisms at play in international technology transfers are related and the manner by which a country may select, choose, and adopt the appropriate technology is investigated. (BT)

If a secondary use of research and development output is possible and feasible, then the original cost of the research can be viewed as providing a substantial contribution over and above its initial purpose and ends. This "technology transfer" from primary to secondary purposes is becoming increasingly important, if for no other reason than that…

The author discusses the macro level of analysis and focuses on the nature of work within the world economy. He examines the cultural characteristics of work, the dynamics of international economic relations, the transformation of international relations, geographical mobility, technological transformation and immigration, professional mobility,…

This article proposes a cost- and information-effective technology transfer model designed to overcome problems in technical education and training common to both sectors. The authors discuss three primary forces that are creating a danger in the specialized, applied science educational system, primarily because of a shortage of instructional…

Solar photovoltaic cells have been called the ultimate energy technology, environmentally benign and without moving parts, solar cells directly convert sunlight into electricity. Photovoltaic energy conversion is fundamentally different from all other forms of electricity generation. Without turbines, generators or other mechanical equipment, it…

This paper discusses the role of scientific and technical information as an important resource for effecting technological, social, cultural, and economic change within emerging Third World nations. The topics addressed in the course of the discussion include the role of science and technology in development, the transfer of technology from one…

The results of research studying the operation of person-to-person communication networks in the transfer of industrial technology are reviewed in this paper with a special view toward their applicability in the educational sector. First, the process of importing technology into a social system is examined; then inter-organizational relations are…

The flow of technology out of the United States is discussed. Methods of technology flow, such as licensing and investing, are identified, and the advantages and disadvantages of technology transfer are discussed, especially in relation to the government's role. (MLH)

This journal special issue contains the following articles on the role of science and Technology in accelerating sustainable development in the countries of the South: (1) "The History and Urgency of South-South Cooperation in Science and Technology" (John F.E. Ohiorhenuan, Amitav Rath); (2) "Challenges, Opportunities and…

Comments on how communications technology has evolved over the last century, resulting in the digital revolution. Discusses the relationship between information technology and societal factors that impact on higher education and health care. (DDR)

Nanotechnology refers to the research and technology development at the atomic, molecular, or macromolecular levels, in the length scale of approximately 1-100 nanometer range, that provides a fundamental understanding of phenomena and materials at the nanoscale and creates and use structures, devices, and systems that have novel properties and…

This editorial discusses the difficulties faced by developed nations in the meaningful transfer of technology to developing nations. (SL)