Archives: Research Groups
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Research Groups
Research
Learn moreTheoretical and simulation work is carried out in order to understand and develop the fundamentals of magnetic SANS. More specifically, we use the continuum theory of micromagnetics for computing the magnetic SANS cross section of real materials, which is determined by microstructural-defect-induced spin disorder. Based on the theory work, we employ SANS for experimentally studying…
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Research Groups
Nanomagnetism
Learn moreThe research of the Michels group is centered around the technique of magnetic small-angle neutron scattering (SANS).
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Research Groups
Research
Learn moreThe MFM group is devoted to experimental investigations of crystalline matter by means of solid state spectroscopy methods, with a particular focus on new and original phase transitions, excitations, coupling phenomena, or active tuning of material properties.
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Research Groups
Multifunctional ferroic materials
Learn moreThe usefulness of ferroic materials derives from symmetry breaking phenomena studied in the MFM group by solid state spectroscopy methods.
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Research Groups
Research
Learn moreWe are focused on the investigation of highly efficient and stable thin film solar cells absorbers, such as chalcopyrites Cu(In,Ga)Se2 and Cu(In,Ga)S2. At the heart of our research lies photoluminescence (PL), a powerful tool that enables us to analyze the electronic structure of semiconductor films and predict their suitability for use in efficient solar cells.
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Research Groups
Laboratory for Photovoltaics
Learn moreOur mission at the Laboratory for Photovoltaics is to investigate the exact mechanisms that reduce the efficiency of real solar cells compared to ideal devices.
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