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Research at the chair of Prof. Lukas Eng

In the group of Professor Lukas M. Eng characterization on the nanometer-scale is combined with sophisticated materials science, spanning multiple research areas such as photo-physics, nano-optics, plasmonics, scanning probe microscopy and materials science.

learn more Research at the chair of Prof. Lukas Eng

View on our fields of research

LT-SNOM © Foto: HZDR/Oliver Killig
Research areas

We characterize novel materials such as complex oxides, plasmonic structures, and metamaterials via tailored examination methods based on scanning probe microscopy. Use the following link to explore our research groups:
Sketch LT-SNOM © S. Kehr
Research projects

Our fundamental research is supported by third-party funding e.g. by the Deutsche Forschungsgemeinschaft (DFG) and the Bundesministeriums für Bildung und Forschung (BMBF). Details on our current projects may be found here:
SNOM on BTO © S. Kehr
Publica­tions

Publications of the group --> click below:
SNOM on Si-SiO2 © S. Kehr

Material characteriza­tion on the nanometer scale

In the group of Professor Lukas M. Eng characterization on the nanometer-scale is combined with sophisticated materials science, spanning multiple research areas such as photo-physics, nano-optics, plasmonics, scanning probe microscopy and materials science.

Currently examined materials include (multi-)ferroic systems, plasmonics structures, metamaterials, and 2D-materials. In a modular design, we examine electric, optical, magnetic, piezo-electric, and structural material properties under variable external conditions such as temperature, mechanical stress, magnetic and electric fields.

Our research is structured within the following research teams:

  • Structural properties at low temperatures (SKY),
  • Multiferroic systems (FERROIX),
  • Optical near-field microscopy (SNOM).