The new chair forms an integral part of the nationally recognised Sectorplan for Physics and Chemistry (SNS) research priority Quantum Matter & Quantum Information (QMQI) and the science faculty Research Priority QMQI. The research will be conducted in the Van der Waals-Zeeman Institute for Experimental Physics, a division of the Institute of Physics (IoP) of the University of Amsterdam.
The IoP is looking for candidates who are outstanding and creative experimental physicists in quantum physics, and who will provide new avenues for research within the terrain of the QMQI research priority while complementing the existing research effort in both theory and experiment in the IoP. One possible direction is to exploit modern methods for the manipulation of light and the exciting new possibilities this offers for instance in hybrid quantum systems. Here, fields such as metamaterials, nanophotonics and quantum dots or atom chips could come together or overlap. Such research could also play an important role in activities geared towards new concepts for photovoltaic energy conversion, or lead towards new probes of energy transfer and light emission processes in novel nanocrystal platforms for light management and optical conversion. Another possible avenue would involve emergent electronic materials, in which exciting possibilities exist for synergy with ongoing research in the IoP on the generation and investigation of systems such as topological insulators and unconventional superconductors.
The research priority QMQI is organised from the UvA Science Faculty's Institute of Physics and brings together five research groups in the Science Park focused on the experimental and theoretical study of Quantum Matter (QM) and applications in Quantum Information (QI). The reach of the collective of researchers [from the UvA's Institutes of Physics, Mathematics, Logic Language & Computation and the NWO's Center for Mathematics & Computer Science] is very large, stretching from experiments in quantum matter via theoretical physics to quantum information theory and mathematical foundations.
A detailed description of the position may be downloaded below.