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. Our research focuses on the established CRC/TRR 227 Ultrafast Spin Dynamics, the new CRC 1772 Heterostructures of Molecules & 2D Materials, and the new Cluster of Excellence for Chiral Electronics. We
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Are you passionate about cutting-edge fundamental research on molecular and 2D materials heterostructures? Are you looking to pursue research in an excellent, interdisciplinary research environment
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. Our research focuses on the established CRC/TRR 227 Ultrafast Spin Dynamics, the new CRC 1772 Heterostructures of Molecules & 2D Materials, and the new Cluster of Excellence for Chiral Electronics. We
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insulators or 2D-materials and their heterostructures). • Quantum sensing, including low-temperature scanning NV magnetometry. • Strong correlation and many-body phenomena in 2D-quantum materials. • Advanced
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magnetic fields of quantum systems at the atomic level (Nature Nanotechnology 19, 1466 (2024)), e.g. in emerging quantum materials such as 2D materials. The research is carried out in our newly established
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. The positions focus on motion planning and control of 1D and 2D deformable objects (e.g., cables, cloth) through bimanual and adaptive robotic strategies. The work will involve the integration of: Advanced motion
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chemical functionalities. The prospects of porphyrin-based 1D, 2D, and 3D materials for device development will be assessed in collaboration with research partners from industry and academia. A key concept