Femtosecond-pulse-train ionization of Rydberg wave packets
Peer reviewed, Journal article
MetadataShow full item record
Original versionPhysical Review A 86: 043423 https://doi.org/10.1103/physreva.86.043423
We calculate, based on first-order perturbation theory, the total and differential ionization probabilities from a dynamic periodic Rydberg wave packet of a given n-shell exposed to a train of femtosecond laser pulses. The total probability is shown to depend crucially on the laser repetition rate: For certain frequencies the ionization probability vanishes, while for others it becomes very large. The origin of this effect is the strong dependence of the ionization probability on the Stark quantum number. Correspondingly, the angular electronic distribution also changes significantly with the increasing number of pulses for certain repetition rates.