WE DEVELOP AND CHARACTERIZE QUANTUM
MATERIALS WITH THE AIM TO TAILOR AND
CONTROL CORRELATED ELECTRON
PHENOMENA AND CHARGE TRANSPORT
Our research interest is driven by the fact that on a nanometer length scale the material properties depend on size, shape and dimensionality. A key challenge of our research activities is to obtain control over the properties in such a way that we are able to tailor the properties for (device) applications, ranging from nano/micro-electronics, nano-electromechanical systems and wettability to sustainable energy related issues.
Advances in nanotechnology and nanoscience are mainly driven by new materials including two-dimensional materials and (twisted) stacks thereof, new functionalities of known materials, and novel device architectures. We are particularly interested in quantum phenomena of these condensed matter systems. Amongst others we study how topology can be utilized to realize dissipation-less electronic transport.