If we had to pick our favorite analytical tool, it would be the potentiostat.

 

While we sometimes employ traditional methods and materials to study redox active molecules, we are currently excited about using unusual materials. For example, while most electrochemical studies use noble metals as electrodes, our research group is interested in flexible or 3D printed electrodes. Understanding how these unique electrodes materials differ from traditional materials will provide the fundamental background necessary for using these materials in a wide variety of applications such as solar cells or sensors.

 

One of the great aspects about using electrochemistry is the ability to interface with other analytical techniques to perform in-situ studies. This involves custom equipment, which we often 3D print as well. You can find some of our digital designs on the NIH 3D print exchange, all of which are free to download and use.