Title:
Selection of ionization paths of K2 on superfluid helium droplets by wave
packet interference
Author(s):
Hild, Marek Bastian; Dufour, Adrien; Achazi, Georg; Patas, Alexander; Scheier, Paul; Lindinger, Albrecht
Year of publication:
2016
Available Date:
2017-02-22T08:47:39.692Z
Abstract:
We report on the control of wave packet dynamics for the ionization of K2
attached to the surface of superfluid helium droplets. The superfluid helium
matrix acts as a heat sink and reduces the coherence time of molecular
processes by dissipation. We use tailor-shaped pulses in order to activate or
inhibit different ionization paths by constructive or destructive wave packet
interference. A drastic change of the wave packet dynamics is observed by
shifting the phase between the exciting sub pulses.
Part of Identifier:
ISSN (print): 0009-2614
DDC-Classification:
530 Physik
Publication Type:
Wissenschaftlicher Artikel
Also published in:
Chemical Physics Letters. - 658 (2016), S. 109-113
URL of the Original Publication:
DOI of the Original Publication:
Department/institution:
Physik
Institut für Experimentalphysik
Comments:
This is the manuscipt of the article.
