Crystal Structure Determination

Understanding the precise arrangement of atoms within materials is fundamental to predicting and controlling their properties. Research in crystal structure determination employs techniques such as X-ray diffraction to elucidate the three-dimensional atomic structure of a wide range of chemical compounds. This work focuses on understanding how subtle variations in atomic arrangement influence material characteristics, including optical, electronic, and magnetic behaviors. Investigations span the synthesis and characterization of novel molecules, with particular attention paid to coordination complexes, organometallic compounds, and materials with potential applications in luminescence and spin-state switching.

The determination of crystal structures has direct relevance to Arkansas industries. For instance, understanding the structure-property relationships of materials is crucial for the development of new catalysts used in chemical manufacturing and for the design of advanced materials utilized in the state's significant aerospace and advanced manufacturing sectors. Furthermore, precise structural knowledge aids in the design of new pharmaceuticals and diagnostic agents, contributing to public health advancements. The development of novel materials can also support Arkansas's natural resource industries through improved processing or the creation of new applications for extracted materials.

This research area engages with diverse fields including inorganic and organic synthesis, coordination chemistry, and materials science. Expertise is shared across institutions within Arkansas, fostering collaborative opportunities and a broad base of knowledge in molecular structure and characterization.