Photoelectrochemistry for Energy Storage and Gas Separation

The combination of redox activity with light absorption (e.g. via light-sensitive small molecules or semiconductors) is emerging as a highly flexible and modular platform for enhancing a wide variety of technologies, spanning molecular electronics, photon upconversion in solar cells and electrolyzers. Our research in this area is focused on the use of small, redox-active molecules in efficient CO2 separation and photo-accelerated fast charging of batteries.