October 7, 1999
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: Cheryl Dybas
Contents of this News Tip:
Six-member high school teams of mathematicians from 80-100 nations will
come to the United States in 2001 for the first time in 20 years to compete
in the International Mathematics Olympiad.
The National Science Foundation (NSF) has joined the Department of Education
and the National Security Agency as a full partner in hosting the event,
which will pit the world's best and brightest young mathematical minds
in a two-day final competition in July, 2001 in Washington, D.C. Preliminary
competitions leading to the selections of the national teams will go on
for several months in students' home countries.
At the announcement ceremony, Joseph Bordogna, NSF's deputy director,
said that NSF support of the Olympiad was important for reasons beyond
celebrating the talent of U.S. students that will be on display.
"We should view the Olympiad with some larger goals," Bordogna
said, "to elevate the importance of math in a world where the pace
of discovery and technological change is so dramatic, to raise the level
of consciousness on the importance of mathematics education in our schools
and to promote just what mathematics means to us in our everyday working
and personal lives." [Bill Noxon]
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Most robots have hard, mechanical "muscles" that change shape
in response to electric or magnetic fields. But NSF-supported scientists
at the University of California-Riverside, are creating a softer, molecule-sized
muscle that could expand the capabilities of miniature robotics.
To create
such an artificial muscle, the molecules must be able to conduct electricity,
and they must change their length in response to electrical signals.
Chemists Michael Marsella and Rodney Reid combined a soft, carbon-based
polymer, polythiophene, which conducts electricity, with electrically
activated hinges made of cyclooctatetraene, a ring of eight carbon atoms.
The apparatus is designed to change shape when injected with electrons.
If the design proves workable, the light weight and low power consumption
of these miniature muscles would be ideal for robotics in biomedical applications
and for miniature, insectlike flying machines. [Amber Jones]
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NSF has unveiled a national effort designed to encourage all U.S. students
to use science and technology to create real solutions for a better life
in the 21st century.
JumpStart 2000 is a national science and technology challenge that invites
all students to identify and share their hopes and concerns for the future
and to apply science and technology to propose innovative solutions to
important national or global issues. Students are encouraged to form teams
of four students and to enlist the aid of teachers or other adult coaches.
Student entries will be judged on creativity and innovation (40 percent),
scientific thinking and feasibility (30 percent) and clarity of communication
(30 percent). Entry deadline is January 14, 2000.
Six winning teams will be chosen at the end of March 2000. All students
will be judged within their age and education level, with six winning
teams traveling to Washington, D.C. for an awards ceremony in May, 2000.
Considered the nation's largest effort of its kind, JumpStart 2000 involves
government, public and private organizations, including PARADE and React
magazines, the National Science Board (the governing body of the National
Science Foundation) and the White House Millennium Council. Journalists can find out more about JumpStart 2000 by calling 800-991-1441
or by visiting the website www.jumpstartchallenge.com.
Nearly 100,000 "hits" have already been registered to this
website. [Bill Line] Top of Page
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