August 7, 2000
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Editor: Peter West
Contents of this News Tip:
The National Science Foundation (NSF) has made a $95,000 grant to the
Washington D.C.-based Internet Policy Institute (IPI) -an independent,
nonprofit organization -- to organize a workshop that will examine the
feasibility of Internet voting on a national scale. The October workshop,
which will be held in the nation's capital, will help chart a course for
research into this complex issue.
Although there have been some limited, local experiments with Internet
voting, President Clinton instructed NSF last December to study ways to
overcome barriers to making online voting much more widely available.
Some concerns that surround Internet voting include security, privacy
and authentication. The President also asked NSF to examine social aspects
of the problem, including access to telecommunications.
The workshop's organizing committee is chaired by C. Dan Mote, the president
of the University of Maryland, and includes former NSF director Erich
Bloch. The grant comes from NSF's Digital Government Program, part of
the Directorate for Computer and Information Science and Engineering (CISE).
Panel discussions during the two-day public workshop will feature about
30 invited experts from government, the private sector and academia. IPI
expects to issue a preliminary report on the workshop's findings in December
2000. [Tom Garritano]
For more information about IPI, see http://www.internetpolicy.org/
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NSF-supported scientists have shown that sea salt particles -- a common
ingredient of coastal and ocean air -- undergo a previously unrecognized
chemical reaction in daylight to release chlorine molecules, which can
influence ozone levels in the lower atmosphere.
Researchers Barbara Finlayson-Pitts and Donald Dabdub of the University
of California at Irvine have discovered that, in sunlight, chlorine molecules
decompose into highly reactive chlorine atoms. When these atoms are formed
in the presence of pollutants emitted from fossil-fuel energy sources
such as oil, coal and gasoline, they may lead to the formation of ground-level
ozone. Because ground-level ozone has proven detrimental health effects
at quite low levels, both state and federal authorities have established
air quality standards for this pollutant.
"The ocean is two-thirds of the earth's surface, so to understand global
climate issues and the chemistry of air pollution in coastal regions,
you need to take into account the role of sea salt particles," explains
Finlayson-Pitts. Dabdub plans to introduce the information on sea-salt
chlorine creation into a computer model that analyzes and predicts the
air quality of the South Coast Air Basin of California -- a populous coastal
area that records some of the highest levels of air pollution in the U.S.
-- to gauge its effects on ozone levels and other pollutants. [Cheryl
Dybas]
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Everything mathematical -- from Einstein's equations to algorithms
for three-dimensional visualizations -- can now be more easily displayed
on the World Wide Web, thanks to software developed with NSF support.
WebEQ, a suite of computer applications for displaying and editing mathematical
equations, was developed by researchers at the University of Minnesota's
Geometry Center. Originally developed to help scientists communicate mathematics
over the Internet, the software has become popular as a teaching aid for
demonstrating mathematical concepts such as calculus and string theory.
It is now being marketed by Design Science, Inc.
"As a research project WebEQ found applications all over the world,
but the real success of WebEQ is one of technology transfer," said Robert
Miner, who led the development of WebEQ and now works for Design Science. "For
a technology to make a significant difference, it needs to enter the market,
and WebEQ has achieved that step." [Amber Jones]
For more information, see http://www.webeq.com
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