Materials
We research and develop next-generation solar cells, new types of batteries, catalytically active materials for binding CO2 and converting solar energy into chemical or electrical energy, as well as new types of quantum materials for energy-efficient information and communication technology. With our broad, extremely powerful, AI-supported analytical and measurement know-how, we get to the bottom of physical and chemical processes in order to better understand old and new materials and to develop them further in a targeted manner.
See also:
Residual stress analysis
Irradiation tests on electronic components
Characterisation of printed circuit boards and electronic components
Optimised composites and metal alloys for the highest thermomechanical loading conditions
Tomography
New materials for data storage
