Research in the Su Laboratory use inorganic & organic synthesis as an enabling tool to explore fundamental questions and opportunities in atomically precise materials design, quantum electronic transport, and next-generation energy technologies. We believe that the most exciting science occurs at the fuzzy boundaries between disciplines - lab members thus receive broad-based training that begins with molecular design and extends to molecular synthesis, computational chemistry, materials characterization, or experimental physical chemistry based on project needs and personnel interests. Lab members either work across multiple disciplines or specialize in particular areas while collaborating with labmates or coworkers outside the lab.

Most projects in the lab fall in and between three topic areas:

 

Atomically Precise Silicon clusters

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We are exploring the rational synthesis of atomically precise silicon clusters and materials through silicon catenation chemistry. Check out this video to learn why we’re interested in these materials.

Main Group Molecular Electronics

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We are wiring up molecules into single-molecule circuits and exploring quantum electronic transport phenomena that emerge only at the molecular scale. We are particularly drawn to questions at the interface of synthetic main group chemistry and quantum transport.

Conjugated Organic Materials

We are interfacing π-conjugated organic molecules with molecular silicon and exploring their use in electronic and energy applications.

 

Our work has been supported by:

• UC Riverside

• Hellman Foundation

• UC Cancer Research Coordinating Committee

• ACS Petroleum Research Fund

• Air Force Office of Scientific Research

• National Science Foundation

• Cottrell Scholar Award, Research Corporation for Scientific Advancement