5 high-performance-quantum-computing positions at University of Amsterdam in Netherlands

PhD in Quantum Simulations for Electronic Structure Calculations in Molecules and Materials

domain in near-term quantum computers whereby we might surpass classical capabilities. Develop and implement a hybrid quantum/classical computing environment that embeds the quantum computing of high-level

PhD Position in Solid-State Chemistry and Physics

“Materials for the Quantum Age” (QuMat.org), and the German Excellence Cluster “Topology and complexity in quantum matter” (ctqmat.de). Join a leading materials research group and become an integral part of a

PhD Position: Nanophotonics with 2D Quantum Materials

metasurfaces. You will: Fabricate optical metasurfaces and nanoscale devices in the cleanroom of the AMOLF NanoLab Amsterdam (https://amolf.nl/nanolab ); Design and perform high-sensitivity optical and

Postdoctoral Researcher in Nanophotonics with 2D Quantum Materials

optical metasurfaces. You will: Fabricate optical metasurfaces and nanoscale devices in the cleanroom of the AMOLF NanoLab Amsterdam (https://amolf.nl/nanolab ); Design and perform high-sensitivity optical

PhD Candidate in Experimental Physics: 2D Material Detectors

of electronic band structures and gaps. These 2D materials show great potential for high-performance avalanche photodetectors (APDs), promising a new paradigm in ultrahigh gain and low-noise detectors, operable