Project area C: Spin-orbit coupling in correlated electron systems

Project	PI(s)	Title
C01	Assaad	Numerical simulation of topological and exotic states of quantum matter
C02	Bode	Surface studies of topological superconductors
C03 E	Claessen, Schäfer	Interplay of correlations and spin-orbit physics in 1D and 2D surface systems
C04 E	Hinkov, Zabolotnyy	Resonant x-ray absorption and scattering study of classical and oxide-based topological insulators
C05	Sangiovanni	Topological states in materials with highly entangled spin, orbital and charge degrees of freedom
C06	Reinert, Hinkov	Topological phases in heavy-fermion insulators and semimetals, and the importance of time-reversal or inversion symmetry
C07	Sangiovanni, Trauzettel	Symmetry-protected nodal phases in correlated electron systems
C08	Sing, Claessen	Spin-orbit coupling and electron correlations in complex oxides
C09	Erdmenger, Meyer	Hydrodynamics and gauge/gravity duality for strongly correlated electron systems
C10	Moser	The Dirac-Semimetal RuO2: From Topology to Functionality