Studies
Theses

Master and Bachelor theses and seminar papers

We are glad that you are interested in conducting a Bachelor or Master thesis or a seminar paper with us. On this page you find a summary of the announced theses of the different research groups. You are invited to get into contact with the individual groups in order to discuss possible theses topics personally.


DEPARTMENT: ATOMIC AND MOLECULAR STRUCTURES

Group Ding

Conceivable research fields for theses are:

  • Epitaxial growth as well as micro- and nanofabrication of semiconductors
  • Low teperature spectroscopy of low-dimensional quantum systems
  • Quantum optical measurements as well as measurement control and data analysis with Python

Group Zhang

Conceivable research fields for theses are:

  • High energy density lithium ion batteries
  • New electrode materials for lithium sulfur batteries
  • Solid electrolyte batteries

DEPARTMENT: NANOSTRUCTURES

Group Haug

Conceivable research fields for theses are:

  • Single electron tunneling in multiple quantum dots
  • Resonate tunneling in graphene or GaAs/AlGaAs heterostructures
  • Examination of quantum systems in graphene, carbon nanotubes or heterostructures of stacked 2D materials

Group Oestreich

Conceivable research fields for theses are:

  • Ultrafast, time-resolved measurements of semiconductor's intrinsic properties
  • Non-pertubative Spin-Noise-Spectroscopy for the determination of Spin dynamics
  • Optical investigation of zero-dimensional quantum dots

Group Schell

Conceivable research fields for theses include: 

  • Design and fabrication of photonic components for quantum technologies
  • Spectroscopy of novel quantum emitters
  • Coupling of quantum emitters to integrated and fibre based systems
  • Levitation of nano particles in an ion trap

DEPARTMENT: SOLAR ENERGY

Group Brendel

Conceivable research fields for theses are

  • Simulations for the analysis, characterization and optimization of solar cells
  • Simulation for yield prognosis of photovoltaic modules
  • Various work in the laboratory and in practice at ISFH

Group Schmidt

Conceivable research fields for theses are:

  • Light-induced degradation of perovskite / silicon tandem solar cells
  • Hydrogen-correlated defect reactions in crystalline silicon
  • Contactless characterization of perovskite thin films