… We investigate the creation of hole states via attosecond photoionization using the
implementation of the timedependent configuration-interaction singles (TDCIS) approach described …

… in the valence electron system of molecules following attosecond photoionisation. …
decoherence, we find that the photoelectron causes partial decoherence within the first 50 …

… laserdressed photoionization to account for decoherence processes in attosecond metrology…
We show that, in the context of laser-dressed photoionization, Mixed FROG gives access to …

… is fully coherent; no “true” decoherence due to interaction with the environment is included
… in attosecond photoionization allow one, for the first time, to look at the photoionization …

… quantifying decoherence is a difficult task, often overlooked in attosecond photoionization
… of the photoionization process. Recently, Koll et al. experimentally observed signatures of …

… Given the Auger lifetime of 2.6 fs for the 4d0 hole, we restrict our analysis to attosecond
photoionization and constrain the pulse duration to a fewhundred attoseconds. In order to avoid …

… We demonstrate with numerical simulations the decoherence of electron dynamics for two
… dynamics decoherence result has significant implications for the interpretation of attosecond …

… Photoionization using attosecond pulses can lead to the … nuclear dynamics—leading to
electronic decoherence, which is typically … We show that electronic decoherence is caused by the …

… consequences of including these effects in the photoionization of the glycine molecule. We
… Furthermore, we show that hole dynamics can be changed by shaping the attosecond pump …

… + ions that emerge with N = 3 from an attosecond photoionization event fluctuates in real
time t on a picosecond timescale, as shown on the right for a section of the density in the xy …