March 24, 1997
For more information on these science news and feature story tips, please contact the public information officer at the end of each item at (703) 292-8070. Editor: Bill Noxon
Contents of this Tipsheet:
Most rural areas of the United States are catching on with the
national "information revolution," as the gaps between cyber "haves"
and "haven't yets" are lessening, according to a new study funded by
NSF.
Advanced information technology and access to it have become more
equally distributed across the nation in recent years, according to
Pablo Spiller, an economist in the Haas School of Business at the
University of California at Berkeley. This paves the way for a more
efficient nationwide network of banking, finance, insurance, real
estate and other business services, he says.
Spiller and several co-authors of the study analyzed the geographic
distribution of a variety of new technologies. Among them were fiber
optic deployment by local telephone companies and the number and
processing capacities of large-scale computers, all of which rapidly
grew in the period 1986 to 1992. The researchers found that "both big
and small regions, rural and urban, those who were initially ahead or
behind, became more alike over time," Spiller says.
The report, The Evolution of Advanced Large Scale Information
Infrastructure in the United States, has been published as Working
Paper #5929 of the National Bureau of Economic Research. For copies,
contact the NBER publications office at (617) 868-3900, or by e-mail
to orders@nber.org [George Chartier]
Top of Page
Recent legislation to restructure the nation's electric energy
systems industry also contained some high-performance challenges,
which NSF is helping the industry to meet.
NSF has established a new Power Systems Engineering Research Center
in a cooperative venture with several universities and electric
companies to improve the performance of the nation's electric power
systems. The center is undertaking several projects in the analysis
of power transmission roles, development of design and analysis tools
and investigations into the reliability of large scale power delivery
systems. Led by Cornell University, the center will
also explore new roles for information, communication and measurement
systems.
NSF will invest about $1 million for the new center, with
additional support from utilities, the Electric Power Research
Institute and Cornell, plus the Universities of California (Berkeley),
Illinois (Urbana-Champaign), Wisconsin (Madison) and Howard University
in Washington, D.C.. [George Chartier]
Top of Page
The National Science Foundation (NSF) and the Department of Energy
(DOE) have agreed to jointly fund a program to explore fundamental
processes in plasma science and engineering.
"We need more fundamental knowledge of plasmas to address a wide
range of applications, including semiconductor manufacturing,
environmental remediation, materials synthesis and modification and
exploration of advanced radiation sources," says Lawrence S. Goldberg,
director of NSF's division of electrical and communications systems.
"In recent years Japan and Europe have been investing much more heavily
in plasma science and engineering than the United States."
NSF and DOE will contribute about $6 million each over three years
to broaden opportunities for research through university research
grants, and to stimulate efforts in education. [George Chartier]
Top of Page
|