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EXCELLENCE IN SCIENCE
The detection of binary pulsars by Joseph H. Taylor and Russell E. Hulse was a landmark achievement, providing important affirmation of aspects of Albert Einstein's general theory of relativity. The work of these two astrophysicists, and others like them, depends heavily on continuing support for basic scientific research. Their presence at UMass-Amherst in the 1970s was in part the consequence of a major state effort to bolster the school's academic excellence. Its aggregation of outstanding scientists made the university a significant center of research. While it is impressive that UMass has been able to sustain elements of that excellence despite lapses in the level of support during stretches of fiscal constraint, it is clear that any such program requires continuous, long-term support. At the federal level, funding for basic research is essential to overall excellence in the scientific community. Applied research that ultimately yields products and services for the general public will always be enhanced by basic research, even as abstract as that done by Taylor and Hulse. The debate over research funding in recent years has been clouded by conflict between "big" science programs like the superconducting supercollider and small-scale research programs in individual laboratories. This pitting of one branch of science against the other is misused effort. Each contributes to the success of the other. Both represent sound investments in efforts that will contribute to human understanding of the universe and to the general improvement of life. The return on those investments may not be immediate, and any given project may fail to yield results. That in no way diminishes the need to keep science in the forefront of the nation's -- and the state's -- priorities. DAVIDS;10/15 NKELLY;10/17,16:05 ESCIENC16
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