227-0660-00 "Foundations of Nanoelectronics"
W. Fichtner
6KP, 8th semester
Understanding the theory behind the operation of nanometer-size devices.
The lecture presents the fundamental physical concepts and mathematical tools necessary to understand the phenomena observed in nanometer-size devices.
Main topics are:
- Nanoelectronics/-optics/-magnetics: state-of-the-art
- Quantum and statistical mechanics of low-dimensional systems
- Relevant results from condensed matter physics
- Physics of transport in solid and organic materials
- Transport and storage in low-dimensional systems
- Light-matter interaction and nano-optics
- Thin layers and magnetic effects
- Carbon electronics: fullerenes, nanotubes and graphene
- Spin transport and spintronics
- Beyond the solid state: molecular electronics
Undergraduate physics, mathematics
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