PHOTON SCIENCE

Studentische Hilfskräfte

Bei Interesse an einer Tätigkeit als studentische Hilfskraft wenden Sie sich bitte an Prof. Andreas Stierle. Andreas.Stierle@DESY.de

Bachelor- und Master-Arbeiten für Studierende der Physik, Chemie und Nanowissenschaften

Anfragen bitte an Andreas Stierle

 

Current topics:

• electrochemical investigation of electrode materials relevant for hydrogen production in energy transition by SXRD and FTIRRAS spectroscopy

• oxidation of Pt surfaces and nanoparticles investigated by in-situ surface sensitive x-ray diffraction 

• Photochemical processes on metal nanoparticles on oxide surfaces investigated by X-ray photoemission spectroscopy

• Stability of Pt electrodes under hydrogen evolution reaction conditions relevant for electrolysis  

 

Doktorarbeiten / PhD-Thesis

Currently we offer possible PhD positions at DESY NanoLab connected to the following topics:

• Spatially resolved surface corrosion studies of Al-Mg alloys - industry-cooperation

• Growth and nano oxidation of 4d transition metal nanoparticles investigated by high energy x-ray diffraction evaluation of a large 2D diffraction data set

• Operando studies of catalytic conversion studies relevant for the energy transition

• Operando sintering studies of working catalysts

• HELIOS PhD position for high pressure catalysis studies

Bei Interesse an einer Doktorarbeit in unser Arbeitsgruppe kontaktieren Sie bitte NanoLab Teamleiter Prof. Dr. Andreas Stierle.

Mehr zu den Themenfeldern des NanoLabs finden Sie unter dem Menüpunkt Research.

For PhD projects in our research group please contact Prof. Dr. Andreas Stierle, FS-NanoLab teamleader.

For further information on the research topics of the NanoLab team please look into our Research overview on our homepage.

PostDoc, Scientist, Engineer positions open at DESY NanoLab

PostDoc - Catalytic reactions on oxide surfaces in real time using sprectroscopic techniques

we are seeking a talented PostDoc to design and conduct time-resolved X-ray photoelectron sprectroscopy on nanoscale catalysts. Click here for more information.