html page builder

 

Thermal and charge transport
in bulk and low-dimensional layers

 

 

Overview of the research project:

Investigation of the charge carrier and heat transport in model systems for band gap engineering of thin films and heterostructures based on In2O3, Ga2O3 and/or Al2O3. The specific heterointerfaces are chosen according to the availability—as provided by the growth cluster C3—and on behalf of existing structural investigations which prove the high-quality of the interfaces. Methods: Thin film and heterolayer device processing via microlithography and etching. Exfoliation of single crystals for preparation of single crystalline thin film samples. Ohmic contact preparation in Van-der-Pauw and Hallbar geometry. Back gate and or top gate preparation. Measurement of the longitudinal and Hall electrical resistance in the regime of < 4 K to 450 K in applied magnetic and electrical fields. Determination of the thermal conductivity by 3ω- or 2ω-methods.



Major accomplishments expected:

Determination of temperature-dependent electrical and thermal conductivity. Separation of conductivity contributions in the case of heterolayers. Identification of scattering and transport mechanisms of charge and heat in thin films and at heterointerfaces.

 

Collaboration with partners in the project:

Cluster C3 “Fundamentals of Growth”, i.e. Günther Wagner and Oliver Bierwagen.

Collaboration with other clusters a collaboration is highly favourable, in particular with C4 “Atomic defects, doping and defect engineering” and later on with regards to the fabrication of devices with FBH and UL.

Who we are looking for:

All advertised PhD projects are located within the field of physics. We are looking for highly motivated young researchers with a highly qualified Master in Physics or a closely related field.

How to apply:

If you are interested in this project, please email a full electronic application including a motivational letter, CV, personal references/letter of recommendation (if available), Bachelor and Master certificate and transcript of records, using the project number C1-3 to: saskia.fischer@physik.hu-berlin.de

Please note:

While this call for applications is advertised by the GraFOx ScienceCampus, the recruitment process is performed by the partner institution.

 

Logo_humbold
 

coordination:
Paul-Drude-Institut für
Festkörperelektronik
Leibniz-Insitut im Forschungsverbund Berlin e.V.
Hausvogteiplatz 5-7
10117 Berlin, Germany 

The Leibniz ScienceCampus GraFOx is a network of two Leibniz institutes, two universities and one institute of the Max Planck Society. The Network is based in Berlin, Germany.

 

Imprint/Disclaimer