Elective course I / II, Physical Chemistry
Basics of nanostructured materials: Nanoscopic dimension, synthesis
of nanostructures, approaches to characterize the structure of
nanoscopic materials, metrology, approaches to investigate
electronic properties of nanoscopic materials. Metal nanostructures:
Synthesis, optical properties, magnetic properties, electronic
properties. Semiconductors: Band structures, quantization, structure,
spectroscopy. Carbon: Carbon nanostructures, electronic transport,
phonons, vibrational spectroscopy. Self-assembly and self-organized
soft matter nanostructures: particles, capsules, tubes, functional
nanomaterials.
- Dozent/in: Holger Schönherr