This research news article on microelectronics discusses the scientific challenge the integrated circuit industry will have in the next decade, for designing the complicated microcircuits made possible by advancing miniaturization technology. (HM)

Many proposals have been made for new universities in U.S. research and development (R&D) systems. However, current foundations and strengths should be examined before attempting untried approaches. Areas addressed include the supporting environment, university research system, industrial R&D capability, defense-related R&D, and…

Guidelines for successful university ties with industry are discussed. Topics covered include publication rights, patents, copyrights, confidentiality, research units, faculty consultants, faculty entrepreneurs, international agreements, sharing personnel/equipment, and model research agreements. Advocates that success lies in anticipating…

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…

A conference was held at the University of Pennsylvania (December 1982) to discuss university-corporate relations in science and technology. Issues discussed included, among others, whether academic researchers can enter into contracts with industry without sacrificing important university values and the limits to university-industry…

Raises questions and presents different views on the potential ethical dilemmas and legal issues resulting from the increasing amount of industrial investment in academic science. Gives examples of how different industries and universities have formed their relationships. (DC)

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)

Examined are the status of, and potential for, university-industry research partnerships in science and engineering to enhance basic research and stimulate industrial innovation. The current and prospective roles of the federal government in stimulating such relationships are reviewed and discussed. (Author/CS)

Since industry is investing heavily in research/development, the government's responsibility should be to assure that industrial spending is paralleled by real growth in its support of basic research. Such growth is realistic (even with budgetary constraints) given a proposed compact between government, universities, and industry for support of…

Briefly reviews the early history of industrial microbiology and discusses industrial fermentation practices and the role of recombinant DNA in the fermentation industry. (SK)

A federal audit which began in June 1982 and should be completed by November is being conducted to determine possible extravagance, misuse, waste, fraud and abuse of laboratory equipment purchased on federal contracts and grants. A list of waste and abuse found mostly at industrial labs is included. (JN)

Yale University intends to issue a statement of policy governing the nature and extent of university and faculty involvement in the commercial application of scientific research. Highlights of the policy statement and issues related to faculty involvement with profit-oriented companies and conditions of grants and contracts are discussed.…

Describes the history of, and research activities and current problems at Tsukuba Science City, Japan's new municipal complex of research laboratories and educational facilities. About 30 percent of Japan's government research laboratories, as well as Tsukuba University, are located in the complex. (JN)

Presents the viewpoint of a North American industrialist that the support of basic science by industry is essential for its future growth. (CS)

Electronics companies, faced with growing competition from Japan and fearing a shortage of well-trained Ph.D.'s, are pouring unprecedented amounts of cash into university electrical engineering, computer science, and other science departments. Specific examples are cited. (Author/JN)