Research AG Weinelt

We investigate the geometrical and electronic structure of solids, thin films, and surfaces and their response to the excitation by femtosecond laser pulses. The research topics range from single electron dynamics at ferromagnetic metal and semiconductor surfaces to the collective response of the electronic system to intense laser excitation. Thereby the coupling of electronic excitations to nuclear motion, including vibrations, molecular switching and phase transitions is studied.

Glowing Tungsten
Glowing Tungsten
Image Credit: Michaela Stahl
Titanium-sapphire LASER
Titanium-sapphire LASER
Image Credit: Michaela Stahl

Projects

Electron dynamics at semiconductor surfaces

Kristof Zielke

 

Ultrafast vs. equilibrium magnetic phase transitions investigated in spin-resolved photoemission spectroscopy

Beatrice Andres

 

Time-of-flight spectroscopy

Sophia Ketterl and Martin Bastian

 

Time-resolved photoemission spectroscopy with higher-order harmonic radiation

Björn Frietsch, Kamil Bobowski and Markus Gleich

 

Carrier relaxation and switching efficiency of photochromic molecular ensembles at surfaces

Wibke Bronsch, Thomas Moldt, Daniel Przyrembel, Larissa Boie, Sebastian Baum and Cornelius Gahl

 

BMBF project: DynaMaX

Christoph Trabant

 

BMBF project: RGL-PES momentum microscope