A core benefit
of Argonne’s science education programs is
their impact on participants’ careers. Many become leaders
in their fields. Two recent Nobel Prize winners remembered their
Argonne experiences in their acceptance speeches:
“In my
senior year, I spent a semester doing ESR [electron spin resonance]
at Argonne
... There, I experienced full-time research,
performed by a team of professionals who would discuss what the
important problems were, decide what to do, how to do it, and
then go into the lab and do it. I loved it!”—William
D. Phillips, Nobel Prize in physics, 1997.
“The
chemistry I appreciated the most from textbooks was physical
chemistry.
However, undergraduate
research at Argonne and Lawrence
Berkeley Laboratory taught me that I didn’t have a long
enough attention span for the elaborate plumbing and electronics
of gas-phase
chemical physics. I was later attracted to biological chemistry
because of the almost daily interplay of experimental design,
observation and interpretation.”—Thomas
R. Cech, Nobel Prize in chemistry, 1989.
Physicist and
educator Walter E.
Massey, now president of Morehouse
College,
was a post-doctoral
researcher at Argonne at the beginning
of an illustrious career that includes positions as dean
of the college at Brown University, director of Argonne, director
of
the National Science Foundation and president of the American
Association
for the Advancement of Science.
Argonne’s
own scientific staff has benefited from its educational programs.
“Since
1989, more than 240 participants in our student research
programs have been hired at the laboratory,” said
Harold Myron, director of Argonne’s
Division of Educational
Programs.
One of these
is Luis Nuñez, who first came to Argonne in
the early 1980s as a participant in the laboratory’s
undergraduate program, where he worked with a group of
scientists studying ion
implantation in Argonne’s Physics
Division. Through
that decade, he moved on to graduate participation in
superconductivity research and post-doctorate research
in materials science.
Today,
he is Argonne’s deputy associate laboratory director
for Physical, Biological and Computing Sciences. Nuñez
has also been awarded several patents.
“The
laboratory’s
programs,” Nuñez said, “kept
me at the frontier of science and made me grow as a
scientist.”
Environmental
engineer Laura Skubal works in Argonne’s Energy
Systems Division. She and a colleague won an R&D
100 award in 2002 for developing a microsensing
technology that detects toxic
gases and may be used to combat terrorism.
She was
introduced to the laboratory when she participated
in Argonne’s
pre-college research programs as a high school
sophomore. She continued in Argonne’s educational
programs until she completed her doctoral degree.
“Argonne’s
student programs,” she said, “are
an outstanding way to introduce a young person
to
science and engineering. I became involved in and performed research that most
students
do not encounter until they are college seniors
or in the workplace. Well-known scientists were my mentors; my interaction
with them
continues to this day. The high school programs
stand as the cornerstone for my career in environmental engineering.”
Since
1999, Argonne has operated the National
School on Neutron and X-Ray Scattering to teach graduate
students and scientists
experimental methods for conducting X-ray and
neutron research.
Argonne is the only facility in the world that
can offer students both X-ray and neutron research
facilities.
Dozens of the school’s
225 graduates have since become active researchers
at the Advanced
Photon Source and Intense
Pulsed Neutron Source, both located at
Argonne, and at many other research facilities.
(continue to page 2)
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