Synthesis and development of Cu-V-VI nanoparticles for energy conversion

Cinque Terre
We explore synthetic and mechanistic pathways to develop earth abundant nanoparticle materials for applications in photovoltaics, thermoelectrics, and battery electrodes.

Directed Nanoparticle Synthesis with control over precursor reactivity enables access to a range of phases and morphologies

Forest
Reaction coordinate diagrams provide a starting point to evaluate reaction landscapes. From this, we can manipulate synthetic parameters which allows us to probe formation pathways of complex ternary nanoparticles. 

Mapping, controlling, and expanding reaction pathways

Northern Lights
Reaction coordinate diagrams provide a starting point to evaluate reaction landscapes. From this, we can manipulate synthetic parameters which allows us to probe formation pathways of complex ternary nanoparticles.  . 
Mountains