The overall theme of our group is to use our expertise in coordination chemistry, materials science, photochemistry, and electrochemistry to address two frontier challenges: Sustainability and Health.
Our programs are highly multidisciplinary. Students will be trained in a broad set of skills and inspired to become critical-thinking scientists with a passion on solving urgent problems from a fundamental science perspective. Currently, we are interested in the following directions:
(1) Inexpensive solid-state materials for renewable energy catalysis and organic transformation.
(2) Hybrid molecular electrocatalysts for small molecule transformation.
(3) Photoactivable complexes and materials for luminescence sensing and phototherapy.
(1) Inexpensive solid-state materials for renewable energy catalysis and organic transformation.
(2) Hybrid molecular electrocatalysts for small molecule transformation.
(3) Photoactivable complexes and materials for luminescence sensing and phototherapy.
