Compound semiconductors and solid-state spectroscopy
The Institute of Experimental Physics focuses its current research interests on functional oxides. This includes their usage for new and innovative materials for high-performance components. The defect and its properties are the centre of analysis because they can produce or prevent desired material properties.
The Institute’s research topics stretch from basic research to market preparation. Challenges that are relevant to our modern society take centre stage: the development of functional materials for data storage and sensors as well as for energy and material conversion, especially electrochemical energy storage.
Apart from the synthesis of materials, e.g. through Atomic Layer Deposition, structure-property relations are established by X-ray and synchrotron radiation probing.
- Federal Ministry of Education and Research (BMBF) joint project R2RBattery
- Tailored material systems and technologies for the roll-to-roll fabrication of electrochemical energy storage systems on flexible carriers – High-valent ions for the energy revolution
- Further information: Press release by TU Bergakademie Freiberg (German) and homepage of the project R2RBattery
- Ioffe Röntgen Institute (IRI) joint project SYNESTESia
- Synchrotron and neutron studies for energy storage
- Further information: Press release by TU Bergakademie Freiberg (German) and details on the project SYNESTESia
- Mining-RoX: Robotics in mining
- Development of intelligent service robots for mining
- Further information on the project Mining-RoX
- Utilization of waste heat for the generation of hydrogen and electricity using pyroelectric oxides
- Electric cycles based on pyroelectric materials, like Olsen, Stirling, or Lenoir cycle
- Redox activity of pyroelectric surfaces for water splitting
- Pyroelectric polymers for waste heat harvesting
- Selective preparation of the pyroelectric β-phase of PVDF
- AiF project under management of the research institute of leather and plastic sheeting FILK Freiberg
- Pyro- and dielectric properties of RCOB materials
- Structure-property correlations and structural instabilities in high-temperature piezoelectrics of the oxoborate family RX2Z2O(BO3)3 (X, Z = Ca, R = La, Y, Gd, Pr, Nd, Er))
- Cooperation with the Institute of Mineralogy of TU Bergakademie Freiberg and the Institute of Geology, Mineralogy and Geophysics of Ruhr-Universität Bochum
- Resonant X-ray diffraction for the highly sensitive determination of site-selective atomic displacements