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The ATTOTREND project aims to develop advanced theoretical tools for studying ultrafast processes in chemistry and physics. By utilizing time-dependent methods, it seeks to explore electron dynamics and ionization in molecules at femtosecond and attosecond time scales.
The advent of ultrafast laser technology in the xuv and x-ray domains, by means of free-electron lasers and high harmonic generation, has opened the path to novel experiments at femto and attosecond time scales with direct applications on Chemistry and Atomic and Molecular Physics.
These advances allow one to track in real time ultrafast electronic and nuclear dynamics induced by electromagnetic radiation.
This largely unknown dynamics is at the focus of the proposal.
Interpretation of ultrafast…
UNIVERSIDAD AUTONOMA DE MADRID
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