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The aim of the course is to introduce theoreticians as well as experimentalists to bandstructure methods and their use in calculating various electronic and spectroscopic properties of solids with strong electronic correlations. Especially the calculations of angle resolved photoemission spectroscopy (ARPES), magneto optical properties and X-ray absorption will be the focus of this course. An introduction to several program packages developed by participants of the COST action will be offered together with practical exercises. AIMIS15 will cover three different approaches:
• Ab-init with emphasis to GW and optics • SPR-KKR with emphasis to DMFT and ARPES • Multiplet approach with emphasis to XAS and Core level PES Accordingly, there will be lectures dealing with the formal background and technical details of these methods. Emphasis will be put on a description of correlation effects (GW, DMFT, multiplet approaches) supplying the basis for a treatment of various effects in spectroscopy. Six specialized hands-on-sessions will be devoted to learning these methods including their graphical user interface. Last day, we plan an opened session to allow all participants to directly perform calculations of their interests and to have ample time for discussions with all tutors.
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| Diana Benea | Babes-Bolyai University, Romania |
| Jürgen Braun | LMU Munich, Germany |
| Hubert Ebert | LMU Munich, Germany |
| Matteo Giantomassi | UCL, Belgium |
| Yanick Gillet | UCL, Belgium |
| Maurits Haverkort | MPI Dresden, Germany |
| Martin Lüders | Daresbury Laboratory, UK |
| Ján Minár | LMU Munich, Germany |
| Gian-Marco Rignanese | UCL, Belgium |
| Michiel van Setten | UCL, Belgium |
| Ondřej Šipr | Institute of Physics ASCR, Czechia |
©Rostislav Medlín
