Dreyfus Grant Supports
Extension of
Catalyst Research
For Immediate Release:
October 13, 2005
By Richard Holden
RICHMOND, Ind. — With the support of a $30,000 grant from
the Dreyfus Foundation, Assistant Professor of Chemistry Lori Watson
is jumping on the opportunity to probe deeper into a topic that
first intrigued her in graduate school (okay, deep breath): “The
synthesis and reactivity of novel high oxidation state inorganic
and organometallic complexes.”
Kate Skog (left) and fellow third-year student Kushboo Goel are helping Assistant Professor of Chemistry Lori Watson (right) in her
synthesis of inorganic and organometallic complexes.
All kidding aside, Watson’s
research is aimed fundamentally at discovering new processes that
could have practical application for several industries.
“What we are doing is synthesizing inorganic complexes that
are unsaturated, meaning they are very reactive to different chemical
processes,” Watson explains. “Hopefully, the resulting
molecules will act as catalysts to make plastics and pharmaceuticals,
among other things.”
On a related research project, Watson is working with Charlie
Peck, assistant professor of computer science, applying computational
chemistry to model the structure and reactivity of these transitional
metal compounds.
Watson
began her research synthesizing catalysts over the past summer
with the assistance of third-year students Kate Skog and Kushboo
Goel. “The grant will provide funding to keep the project
going,” Watson says, “and next spring and summer I’ll
add more students to the team.” Along the way, Watson
expects to be able to publish her findings in leading professional
journals and to send her assistants to research conferences, where
they can present their methods and results to the larger chemical
community.
The Dreyfus Faculty Start-up Awards support the scholarly activity
of new faculty at primarily undergraduate institutions. Each award
provides an unrestricted research grant of $30,000 that is generally
made before the new faculty members formally begin their first
tenure-track appointments. Only 10 such awards were granted nationwide
in 2005. Watson will use funds from her project grant for
student stipends, student conference travel, and purchasing laboratory
equipment and supplies.
“Although the Dreyfus Foundation grant will support the
project for five years,” says Watson, “I have a feeling
there is enough work to last me two or three times that long.”
Although just starting her second year at
Earlham, Watson’s
talents in teaching and research already have identified her as
a rising star in the College’s Science Division. During her
Ph.D. work at Indiana University, Watson was responsible for more
than a dozen publications in the most recognized chemistry journals.
Over the past year she has co-authored two additional articles
and submitted three more for publication.
As a graduate student Watson also was the recipient of a National
Science Foundation Pre-Doctoral Fellowship. She received a prestigious
Goldwater Fellowship while an undergraduate at the University of
Kentucky, where she graduated in 1999 with honors in chemistry.
— EC —
Contact:
Lori Watson, assistant professor of chemistry
765/983-1856 — E-Mail
Lori
Kevin Burke, director of media relations
765/983-1323 — E-Mail
Kevin

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