We do basic research in physics of materials that have potential high-tech applications. Presently this includes superconductors, low-dimensional spin and electron systems, molecular magnets, and quantum dots.

We use the combination of terahertz range spectroscopy (0.06-8THz) and strong magnetic fields. Strong magnetic fields are used to create new states of matter and to improve the spectroscopic resolution. The samples can be studied at various temperatures, ranging from room temperature down to liquid helium temperature (4K), and to 7mK in a dilution refridgerator.

In 2006 we installed a broad band Fourier transform spectrometer Vertex 80v extending our spectral range up to ultraviolet. The setup includes sample cryostat (KONTI spectro A) with a cold finger that allows us to study samples at temperatures between 4K and 325K, both in transmission and reflection geometry. LabVIEW software controls the TwinLine controller of the Berger-Lahr stepper motor that allows to change between the sample and reference positions.

We are collaborating with a number of laboratories around the world, which allows us access to novel materials and samples, and higher magnetic fields. The low-dimensional magnetic materials are studied in collaboration with the NMR spectroscopy group of our institute.