Abstract
SynopsisIn the framework of the present work the ionization of atoms (H, He, Ne, Ar) by few-cycle XUV laser pulses is investigated by directly solving the time dependent Schrödinger equation. Our attention is focused on the investigation of the intra-pulse interference effects at the level of wave function dynamics, where we study in details how the resulting interference pattern is influenced by the shape and strength of the bounding Coulomb potential.
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