A05
With density-functional band-structure methods, new materials with topologically nontrivial electronic and/or magnetic ground states will be identified and proposed for further investigation. The calculated band structures, topological invariants, Berry curvature, magnetic ordering, spin-spin, and spin-orbit interactions will serve as a basis for the further development of material-oriented many-particle models and effective Hamiltonians. This approach is ultimately aimed at the design of new materials with strongly frustrated magnetic ground states and/or nontrivial topological properties.
Principal investigators
| Prof. Dr. Jeroen van den Brink | IFW/ITF & TUD/ITP |
| Prof. Dr. Claudia Felser | MPI-CPfS |
Participating scientists
| Dr. Manuel Richter | IFW/ITF |
| Dr. Binghai Yan | MPI-CPfS |
| Yang Zhang | IFW/ITF |