Links to potential projects are given below.
 Developing graphene sensors of antibiotic-resistant bacteria (Burch and van Opijnen) |  |
 |  Probing the Mechanisms of Water Oxidation with Stopped-Flow with IR Spectroscopy (M. Waegele) |
 |  Drosophila genetics to understand the basic mechanisms of tissue repair (V. Losick) |
| Dynamics of Coupled Oscillator Networks to Model the Brain (J. Engelbrecht) | Elucidating Mechanisms in Visible Light-Driven Photocatalysis Using Time-Resolved Infrared Spectroscopy (M.Waegele) |
| Bacterial communities in microfluidic chambers (T. van Opijnen) | Exploring the fitness landscapes of riboswitches (M. Meyer) |
| Integration of in vivo neural recordings and artificial intelligence to investigate the neurobiology of social decision making (J. Christianson) | Molecules in Toxoplasma cell division and cytokinesis (M.J. Gubbels) |