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The IMPACTS project aims to enhance the understanding of electronic excitations in materials through advanced time-resolved spectroscopy techniques. It focuses on isolating multi-particle correlations to study complex quantum phenomena relevant to energy conversion and material science.
Electronic excitations are crucial in many fields of science and engineering.
Time-resolved spectroscopy is widely used to detect dynamics of excited particles (electrons) and quasiparticles (e.g., excitons or plasmons).
In the scheme of “femtochemistry” established since decades, one excitation is placed into the system by a pump pulse and its evolution observed by a time-delayed probe pulse.
However, this does not resolve correlations between multiple excitations making it impossible to unders…
JULIUS-MAXIMILIANS-UNIVERSITAT WURZBURG
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