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In this report to the Government-University-Industry Research Roundtable, authors Jerry Thursby and Marie Thursby summarize their research on the globalization of corporate R&D. The authors surveyed 200 multinational companies about recent and future R&D location decisions, and the factors influencing those decisions. The survey confirms that China and India are primary targets of R&D expansion, but this trend does not yet portend a "hollowing out" of R&D capability in the United States. R&D location decisions are complex and driven by a variety of factors, including the potential for market growth, the quality of R&D personnel, and the environment for collaborating with universities. The cost of research, while important, is not the primary factor in siting decisions.
The globalization of science, engineering, and medical research is proceeding rapidly. The globalization of research has important implications for the U.S. research enterprise, for the U.S. government agencies, academic institutions, and companies that support and perform research, and for the world at large. As science and technology capabilities grow around the world, U.S.-based organizations are finding that international collaborations and partnerships provide unique opportunities to enhance research and training. At the same time, significant obstacles exist to smooth collaboration across national borders. Enhancing international collaboration requires recognition of differences in cul...
In an increasingly interconnected world, perhaps it should come as no surprise that international collaboration in science and technology research is growing at a remarkable rate. As science and technology capabilities grow around the world, U.S.-based organizations are finding that international collaborations and partnerships provide unique opportunities to enhance research and training. International research agreements can serve many purposes, but data are always involved in these collaborations. The kinds of data in play within international research agreements varies widely and may range from financial and consumer data, to Earth and space data, to population behavior and health data, ...
This volume describes a vision for the future of U.S. academic research and the near-term actions and policies required to maintain the quality of academic research in the United States. It also describes longer-term strategic considerations for the enterprise in the next century, concluding with a discussion of new approaches to decision making within the academic research enterprise.
This book is a summary and proceedings of a symposium sponsored by the Government-University-Industry Research Roundtable and the National Science Foundation. It includes presentations by senior government science policy officials and leading scientists who are directly involved in the research and higher education policy formulation processes in various countries. Included are their assessments of current challenges to their national research systems, descriptions of national strategies for meeting these challenges, and a discussion of options for national research systems in the twenty-first century.
This title is part of UC Press's Voices Revived program, which commemorates University of California Press’s mission to seek out and cultivate the brightest minds and give them voice, reach, and impact. Drawing on a backlist dating to 1893, Voices Revived makes high-quality, peer-reviewed scholarship accessible once again using print-on-demand technology. This title was originally published in 1993.
This new edition explores current issues of central importance to the academy: leadership, accountability, access, finance, technology, academic freedom, the canon, governance, and race. Chapters also deal with key constituencies -- students and faculty -- in the context of a changing academic environment.
A revolutionary technological development of the late twentieth century, photonics embraces lasers, fiber optics, imaging devices, and optical applications to computing. It affects the fortunes of numerous industries and, other than conventional microelectronics, may now be the leading arena for worldwide technological rivalry. While Japan has seen its photonic industries grow faster than any other high technology sector, the United States, where much of photonics originated, has experienced a declining industrial capability in world markets. Why is the U.S. floundering in this critical new technology? Are market solutions adequate as a national response to such massive technological change?...