Welcome to the
Electron Dynamics in Complex Systems group

Our group works at the theoretical level on the problem of light-matter interaction in nano structures. Besides method development on the dynamics of correlated many-electron systems, also the application to technologically relevant systems is a focal point. Examples are dye-sensitized solar cells, semiconductor quantum dots as flurescence markers in biology as well as photo-active amorphous materials that are used in the coating of rewritable CDs and DVDs. To this end computer simulations are performed which help in the understanding and prediction of light-induced processes at the atomic scale. [Read more...]













Case study: Fragmentation of C60 by ultrashort laser pulses


News

16.03.2012
Neutrinos do move with the speed of light. An experiment without loose cables: [link]  
13.10.2011
Birgit Kociper soon begins her  Master thesis on TDDFT simulations with spin-orbit coupling.   
13.10.2011
A Cecam conference on Molecular Electronics is taking place in Hong Kong 12-16 Dec. Talks will be given by renowned experts like A. Nitzan, E.K.U. Gross, M. Reed and W. Yang. [on the web]
15.09.2011
Vitalij Lutsker joins the group to work on range-separated exchange correlation functionals. 
29.04.2011
An alternative to Carbon nanotubes? Pure Boron tubes are highly conductive! [Bezugly et al. ACS Nano DOI: 10.1021/nn201099a]