Within each modul "Advanced lab course for master students, part 1 + part 2" you can freely choose five experiments from the list below irrespective of the subject area! However, you have to complete at least two experiments per module (alternatively four experiments in both modules), which are specially designed for Master students (experiment number starts with "M").Furthermore, you are of course not allowed to to choose experiments, which you have already finished within the Bachelor study programme.

Two-part experiments may only be performed as a whole and must also be reserved all at once with an only short time interval between experimental dates.

Further details on the experiments (instruction manuals, additional material, etc. ) can be found by clicking at the respective subject area in the left bar.

So far we offer the following experiments:

MSc Gruppe A

B10      Electron Paramagnetic Resonance
B18      Gamma Spectroscopy
B19      Methods for Coincidence Measurements and Electron-Positron Annihilation
M19-1  Cosmic Radiation (part 1)
M19-2  Cosmic Radiation (part 2)
B22      Compton Effect    
B29      Neutron Activation Analysis   
M48-1  Properties of the Z0-Boson (part 1)
M48-2  Properties of the Z0-Boson (part 2)

MSc Gruppe B

B08      Transport properties of charge carriers in semiconductors - Hall e ffect
B24      Josephson Effect
B31      Superconductivity
B33      Working Principles and electrical Characterization of Solar Cells
M33     Optical Properties of amorphous and crystalline Silicon
M38-1  Optical and electrical Properties of microstructured Semiconductors (part 1)
M38-2  Optical and electrical Properties of microstructured Semiconductors (part 2)
M40     Angle-resolved Photoelectron Spectroscopy
B44      Quantisation of Conductance in Single-Atom Junctions

MSc Gruppe C

B12    Low Energy Electron Diffraction (LEED)
B32    Auger Electron Spectroscopy
B41    Investigations on crystals using a 2-circle reflection goniometer in addition with x-ray techniques
M41    Quantitative X-Ray Phase Analysis with a Bragg-Brentano Diffractometer
B42    Scanning Tunneling Microscope
M42    Growth and Characterization of Metal Films
B47    Atomic Force Microscopy

MSc Gruppe D

B01    Interferometry, Coherence, and Fourier Spectroscopy
B35    Speckle                       
B45    Photon Statistics
B46    Supercontinuum Generation with photonic Crystal Fibers
B49    Diode-Pumped YAG Laser
B50    Helium-Neon-Laser