A systematic study of multi-photon ionization (MPI) of atomic lithium in ultra-short and intense near-infrared laser pulses has been conducted both experimentally and theoretically. The cross section was measured for intensities spanning across the transition from MPI to over-the-barrier ionization (OBI). It turns out that this transition manifests itself in a substantial change in the photo-electron angular distributions. In a second study pump-probe experiments exciting bound wave packets and probing their time evolution by ionization were performed
An all-optical, near-resonant laser atom trap is used to prepare an electronically excited and polar...
Using a dual laser plasma technique we have measured for the first time the photoabsorption spectrum...
We have made several different types of measurements of the three-photon ionization of Li produced b...
A systematic study of multi-photon ionization (MPI) of atomic lithium in ultra-short and intense nea...
“Laser cooling and trapping, femtosecond light creation, and coincident electron and ion momentum im...
In the course of this work dynamics in ionization processes of lithium by photon and electron impact...
The temporal effects of multiphoton ionization are investigated using a two-color method which deter...
In this work the first differential studies on two- and three-photon double ionization (DI) of lithi...
Within this thesis, an experimental study of the photo double ionization (PDI) and the simultaneous ...
A joint experimental and theoretical study of four-photon ionization of Li is performed using a pump...
“Fundamental atomic processes such as collision-induced ionization are of relevance in many scientif...
For this Master thesis, multiphoton ionisation processes of Lithium-6 atoms from an optical dipole t...
Within this thesis, an experimental study of the photo double ionization (PDI) and the simultaneous ...
Reaction microscopes enable kinematically complete measurements of atomic and molecular fragmentatio...
Differential studies on two and three-photon double ionization (DI) of atomic lithium have been perf...
An all-optical, near-resonant laser atom trap is used to prepare an electronically excited and polar...
Using a dual laser plasma technique we have measured for the first time the photoabsorption spectrum...
We have made several different types of measurements of the three-photon ionization of Li produced b...
A systematic study of multi-photon ionization (MPI) of atomic lithium in ultra-short and intense nea...
“Laser cooling and trapping, femtosecond light creation, and coincident electron and ion momentum im...
In the course of this work dynamics in ionization processes of lithium by photon and electron impact...
The temporal effects of multiphoton ionization are investigated using a two-color method which deter...
In this work the first differential studies on two- and three-photon double ionization (DI) of lithi...
Within this thesis, an experimental study of the photo double ionization (PDI) and the simultaneous ...
A joint experimental and theoretical study of four-photon ionization of Li is performed using a pump...
“Fundamental atomic processes such as collision-induced ionization are of relevance in many scientif...
For this Master thesis, multiphoton ionisation processes of Lithium-6 atoms from an optical dipole t...
Within this thesis, an experimental study of the photo double ionization (PDI) and the simultaneous ...
Reaction microscopes enable kinematically complete measurements of atomic and molecular fragmentatio...
Differential studies on two and three-photon double ionization (DI) of atomic lithium have been perf...
An all-optical, near-resonant laser atom trap is used to prepare an electronically excited and polar...
Using a dual laser plasma technique we have measured for the first time the photoabsorption spectrum...
We have made several different types of measurements of the three-photon ionization of Li produced b...