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check out: Unraveling non-adiabatic pathways in mutual neutralization
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Check out our study on Ionization-induced symmetry-breaking dynamics in the CO2 dimer (Nature Communications 2024)
The outcome of chemical reactions is determined by the underlying quantum mechanisms.
The outcome of chemical reactions is determined by the underlying quantum mechanisms.
Molecular dynamics of chemical reactions occur on ultrafast time-scales and on the sub-nanometer length scale, thus posing a technological challenge to capture and probe such dynamics in real-time.
Molecular dynamics of chemical reactions occur on ultrafast time-scales and on the sub-nanometer length scale, thus posing a technological challenge to capture and probe such dynamics in real-time.
We develop novel experimental techniques for visualizing molecular dynamics, probing the mechanisms that break chemical bonds and form new ones in isolated molecules and clusters.
We develop novel experimental techniques for visualizing molecular dynamics, probing the mechanisms that break chemical bonds and form new ones in isolated molecules and clusters.
Femto-second lasers, linear and non-linear optics, as well as ion-beam optics are applied in many high-tech industries. In our group, we make use of such cutting-edge technologies to study chemical reaction dynamics.
Femto-second lasers, linear and non-linear optics, as well as ion-beam optics are applied in many high-tech industries. In our group, we make use of such cutting-edge technologies to study chemical reaction dynamics.
Our experimental setups combine femtosecond laser techniques (such as HHG of ultrafast EUV pulses) and merged-beams experiments (such as the HEIBT and DESIREE) with advanced ion beam optics and 3D fragment imaging detectors to allow investigation of molecular dissociation events on the relevant ultrafast time-scales.
Our experimental setups combine femtosecond laser techniques (such as HHG of ultrafast EUV pulses) and merged-beams experiments (such as the HEIBT and DESIREE) with advanced ion beam optics and 3D fragment imaging detectors to allow investigation of molecular dissociation events on the relevant ultrafast time-scales.
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