The path of most research approaching real world problems (increasing data storage, producing inexpensive, non toxic photovoltaics, or developing state-of-the-art bioorganic materials for drug delivery) encompasses synthesis, characterization, computational modeling and simulations, and device performance assessments. Although individual groups may work on one or more parts of this cycle, it is critical that students appreciate and acquire some understanding of the entire process. This REU program will provide students an introduction to a variety of aspects of chemical research. In addition, students will participate in activities that will enrich their presentation, ethics and career skills.

Students will be involved in exciting cutting-edge projects. They will learn how to formulate and test hypotheses as well as perform experiments and computations, collect and analyze data, and develop interpretations for those results. During the course of these studies, the research participants will make use of state-of-the-art techniques and instrumentation available in our department.