This pages gives an overview of former groups and completed collaborative research projects.

Groups

Prof. Benner

The main research areas of the Benner Group included, i.a., chaos control and chaotic syncrhonisation, stochastic resonance, envelope solitons in magnetic films, spin wave instabilities and relaxation in polycristalline ferrites

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Prof. Feile

The Feile Group mainly focused on Raman- and Brillouin-spectroscopy. Both are optical spectral techniques with different resolution.

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Prof. Fujara

The Fujara group focused on ice research, NMR field cycling, and the study of heavy ion induced defects in ion crystals.

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Prof. Grewe

The many-particle theory group of Prof. Grewe focused its acitivities on the role of strong electron correlations in the solid state of matter, as occuring in connection with magnetism and superconductivity.

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Prof. Kübler

The research of the Kübler Group was centered around the electronic structure of metals and compounds. Later, the group focused on the augmented spherical waves (ASW) method for calculating electronic and magnetic properties of real solids.

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Prof. Sauermann

The group of Prof. Sauermann was primarily interested in the theory of nonlinear phenomena in magnetically ordered substances under strong nonequilibrium conditions.

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Prof. Stühn

The research topics of the Stühn Group included polymers in restricted geometry, complex fluids from microemulsions and polymers or glas transition.

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Completed projects

DFG Research Unit 1583

The DFG research unit FOR 1583 about hydrogen-bonded liquids subject to interfaces of various hydroaffinities was funded from 2011–2019. The aim of FOR 1583 was to investigate the structure, dynamics, and phase behavior of hydrogen bonded liquids in confined systems with different size, suppleness, and hydroaffinity.

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IPKM Research