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The Dlott Group in the School of Chemical Sciences at the University of Illinois |
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Dana D. Dlott (Curriculum Vitae) Dana D. Dlott (personal home page)
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Welcome to the home page
of the Dlott Group at the The Dlott Group is an interdisciplinary research group investigating condensed matter dynamics by combining expertise in the areas of chemical physics, physical chemistry, laser spectroscopy, solid-state chemistry, mechanical engineering, materials science and chemical biology. Research in the Dlott Group uses state-of-the art laser instrumentation to probe the behavior of condensed matter systems on molecular length scales (nanometers) and time scales (femtoseconds) with new techniques in vibrational spectroscopy. Research project that are available for prospective students or postdocs can be viewed by clicking the link at the left. Chemical systems currently being studied with time-resolved vibrational spectroscopy include liquids, nanoparticles, organic solids, energetic materials, polymers, thin films, biological molecules, surfaces and interfaces. We continually push the state of the art in new lasers and nonlinear optics to learn about chemical reaction dynamics, chemical physics, biophysics, surface science, imaging science and laser medicine. On these pages, you will find information about Dlott Group research, biographical information and a personal home page for Prof. Dlott, and information about current and former group members. For information on contacting us or visiting us, click the links on the left.
Postdoctoral positions are occasionally available for PhD's having extensive experience with either high power femtosecond lasers or shock waves in condensed matter. Inquiries are welcome. To contact Prof. Dlott: Email This material is based on work supported
by the National Science Foundation under award number DMR-0955259, by the US
Air Force Office of Scientific Research under award number FA9550-09-1-0163,
and by the US Army Research Office under awards W911NF-04-1-0178 and
W911NF-05-1-0345. Additional support
is provided by the U.S. Department of Energy through the Stewardship Sciences
Academic Alliance Program from the
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Time resolved vibrational sum-frequency generation apparatus
Third-generation vibrational sum-frequency generation apparatus
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