18631. Global Cooperation in Science, Engineering, and Medicine
- Author:
- Susan Raymond and Rodney Nichols
- Publication Date:
- 02-1996
- Content Type:
- Working Paper
- Institution:
- New York Academy of Sciences
- Abstract:
- Many experienced observers have noted a persistent fatigue in current systems of international cooperation on research in science, engineering, and medicine. The institutions designed to serve global science since the end of World War II are not keeping pace with the changes sweeping science and technology. In the mid–1990s, the unease and uncertainty has become acute. Yet, simultaneously, research and education in science, engineering, and medicine are themselves becoming increasingly international in scope. This trend is not created by formal collaborative institutions. Instead, the factors setting the global pace include the rise of high–capacity, rapid modes of electronic communications; the end of the Cold War and the defense–based motivations that drove much innovation; the expanding scientific capacity throughout the world; and the emergence of new scientific problems that are increasingly global in nature and widely acknowledged as common priorities among scientists and nations. The uncertain “fit” between traditional institutional arrangements and tomorrow's generation of scientific activities has engendered widespread concern. A central question is how best to re–tool existing mechanisms to serve most effectively international collaboration in addressing the societal goals and research frontiers of the 21st century. The prescription for possible therapies, however, must be accompanied by a clear understanding of the nature of the symptoms and a careful analysis of the current state of existing, collaborative mechanisms.
- Topic:
- Government, International Cooperation, International Political Economy, and Science and Technology
- Political Geography:
- New York