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Correlated (&) Quantum Materials
Novel quantum materials exhibit a plethora of novel phenomena which allow further understanding the impact of quantum fluctuations in real-world many body systems. In our materials-based approach we particularly focus on quantum ground states like unconventional superconductivity, electronic nemantic order or spin liquid states which challenge standard theory and hence enable extending our understanding of quantum many-body systems. In addition to such fundamental questions, we investigate novel materials regarding their potential usage in lithium- and sodium-ion batteries.
Research Topics:
- Li/Na-ion batteries and nanomaterials (Publications)
- Fe-based superconductors and related materials (Publications)
- Carbon-encapsulated nanomagnets for biomedical applications (see also: EU Network CARBIO) (Publications)
- Low-dimensional quantum spin systems (Publications)
- Molecular magnets/magnetic multi-center molecular complexes (Publications)
- Magnetoelectrics/multiferroics (Publications)
- Transition metal oxides: 3D magnetism (Publications)
- Misc.: 4f-systems; layered thin film systems (Publications);
