Summer term 2011:
General lecture Ultracold Quantum Gases
lecturer: | Prof. W Strunz (TUD) | |
time: | on Mondays 1.00 pm - 2.30 pm | |
on Thursdays 2.50 pm - 4.20 pm | ||
location: | BZW (room A 120) | |
content: | Quantum statistics | |
Bose-Einstein condensation and realisation | ||
Properties of an ideal Bose-condensate | ||
Interacting gas | ||
Mean field and excitations | ||
Degenerated Fermi-gases | ||
Quantum phase transition |
General lecture Nanostructured Materials
lecturer: | Prof. G Cuniberti (TUD) | |
time: | (lecture) on Tuesdays 9:20 am...10:50 pm | |
(exercise) on Wednesdays 1:00 pm...2:30 pm and 2:50...4:20 pm | ||
location: | Hallwachsstr. 3 (room 115) | |
content: | scaling laws, mesoscopic systems, quantum effects | |
synthesis of clusters and nanotubes | ||
density of states and electron transport in low-dimensional systems | ||
theoretical foundations of scanning tunnelling microscopy, | ||
atomic force microscopy, chemical atomic force microscopy, | ||
and near-field scanning optical microscopy | ||
nanostructuring via electron beam lithography, optical lithography, | ||
and scanning probe techniques | ||
giant magnetoresistance, single-electron devices | ||
lab classes for scanning tunnelling and atomic force microscopy |
Special lecture Relativistic theory of the atom
lecturer: | Dr. A Volotka (TUD) | |
time: | on Wednesdays 2.50 pm - 4.20 pm | |
location: | SE2 (room 201) | |
content: | Quantization of Dirac and Maxwell fields (summary) | |
Perturbation expansion of the Green functions | ||
Dirac equation in the Coulomb field | ||
Many-electron and QED effects | ||
Nuclear effects | ||
Atom in external fields | ||
Radiative transitions | ||
Computational methods |