Our research
We are a group of motivated scientists interested in combining supramolecular, organic/inorganic, and materials chemistry to synthesize functional systems exploring novel tubularly contorted aromatics, anion receptors, and polynuclear cluster systems. Our vision is firmly established in having a molecular level understanding of conjugation pathways and their connection with their optoelectronic properties, anion recognition sites to develop membranes for environmental remediation, and modulation of metal-metal bonds towards the activation of small substrates.
Students in the HS group will engage in synthetic organic/inorganic chemistry and develop familiarity with a range of spectroscopic, electrochemical, crystallographic, and magnetic techniques. While rooted in synthetic chemistry, research in the HS group will interface with multiple scientific areas.
Students in the HS group will engage in synthetic organic/inorganic chemistry and develop familiarity with a range of spectroscopic, electrochemical, crystallographic, and magnetic techniques. While rooted in synthetic chemistry, research in the HS group will interface with multiple scientific areas.
Figure. Molecular crystal structures of (left) a tubularene, (middle) anion-hosted within a fluorocage, and (right) square planar Cu4 cluster. The Cu, S, C, N, O, F, and H atoms are colored orange, yellow, grey, blue, red, green, and white, respectively. These structures represent the three general research areas currently under investigation in the HSG.
Support
We thank the support from the following institutions/agencies:
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Rice University, 6100 Main St., Houston, TX 77005. +1 (713) 348-5694. Ralph S. O’Connor Building for Engineering Science
344 and 348. raulhs@rice.edu
© 2018 HS group
344 and 348. raulhs@rice.edu
© 2018 HS group
