Research
"I am now beginning to look at graduate schools and feel more confident about attending because of the research I've done."
Anna Butterfield '06
Chemistry
Many students remain on campus over the summer to do research with Juniata faculty. We have had as many as 50 students doing paid summer research in the various departments. Many students also do research during the academic year, either on a volunteer basis or for credit. In addition, some students spend summers at other sites doing research. Recent students have been at federal labs at Oak Ridge and Argonne, academic labs at Harvard, Utah, Virginia, and Berkeley, and industrial labs such as Exygen and Restek.
Most Juniata chemistry graduates do research at some point during their undergraduate careers, and many present their work at outside conferences. Juniata always has one of the largest contingents at the annual National Conference on Undergraduate Research, and between 10 and 20 students usually attend the spring American Chemical Society meeting and present posters there.
Student Research
- Anna Bloom '10, "Calculating van der Waals Forces Using Monte Carlo Methods," with Paul Schettler.
- Meara Kauffman '07, "Synthesis of Novel Helical Dibenzothiophene Derivatives," with Richard Hark.
- Han D. Nguyen '07, "Complexation of phenanthroline monoxide and phenanthroline dioxide," with Peter Baran.
- Katrina Kratz '07, "Novel Trycyclic ketones by tandem reactions chemistry," with David Reingold.
Available Projects
- Dr. Baran - New ligands for asymmetric organometallic catalysis
- Dr. Fisher - Invention and construction of inexpensive analytical instrumentation
- Dr. Hark - Synthesis of ninhydrin analogs for fingerprint visualization and other uses; Application of LIBS to forensic problems
- Dr. Reed - Study of the photorespiratory enzyme glutamate:glyoxylate aminotransferase from the algae chlamydomonas reinhardtii
- Dr. Reingold - Synthesis of 1,5-methanosemibullvalene; Synthesis of polyhydroxykekulene
- Dr. Schettler - GC-GC as a new analytical technique; Monte Carlo calculations for chromatographic predictions
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