The Chair of Experimental Solid State Physics, led by Prof. Dr. Dimitri K. Efetov (LMU Munich) is setting a rapid pace in the advancement of 2D quantum materials such as moiré graphene and their applications.
In the framework of our Leibniz Preis project, we have several openings on a Postdoc and Ph.D. level. The aim of these positions is to engineer exotic quantum effects in novel 2D-material platforms and their hetero-structures, including strongly-correlated, superconducting, magnetic and topological electron phases, and to use these for quantum-sensing applications. From the new physics at the nano-scale and in the quantum regime, these fundamental studies will open up new pathways for novel functionalities and applications, that will make a difference in quantum technologies such as quantum sensing.
- 2D moiré materials
- Superconductivity in magic-angle twisted bilayer graphene
- Quantum sensing
- Single photon detection
For more information see https://www.quantummatter.physik.lmu.de or contact directly Prof. Dr. Efetov: Dimitri.Efetov(at)lmu.de