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Strongly correlated materials

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We explore the physics of correlated quantum materials having properties such as unconventional superconductivity, magnetism, nematicity and metallicity on the verge of Mott transition. Typical systems include the Fe- and the Cu-based high temperature superconductors, and certain rare-earth systems showing quantum phase transitions. We use field theory techniques to study thermodynamic, transport and spectroscopic properties of interacting manybody models. Simultaneously, we collaborate with experimental groups in the field.

Contact: I. Paul

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