The postdoctoral worker will use total energy electronic structure calculations to explore and interpret experiments performed at QNS.

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The postdoctoral worker will develop and study model Hamiltonians to explore and interpret experiments performed in the group of Prof. Dr. Andreas J. Heinrich at QNS involving spin entanglement, spin excitation by tunneling electrons, many-body (Kondo) effects, mesoscopic modelling of spin systems, and time-dependent phenomena.

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The postdoctoral worker will model and explore experiments performed at QNS involving quantum coherence, photon excitation and electron tunneling.

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The Quantum Sensing lab at QNS is looking for a postdoctoral candidate. Scanning magnetometry at the nanometer scale has garnered world-wide attention since enhanced spatial resolution in magnetic resonance technique will enable the investigation of chemical structures of bio-molecules and materials at the atomic level.

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The ESR-STM lab at QNS seeks for a post-doctoral candidate. Main research projects are to reveal spin structures of molecules and nanostructures with sub-nm resolution using recently developed ESR-STM technique and to coherently control individual spins on surfaces to utilize the quantum coherent phase for quantum sensing.

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