Quantum Holography in Above Threshold Ionization

LÓPEZ, S. D.; ARBÓ, D. G.

Ottawa

Conferencia; XXXIII International Conference on Photonic, Electronic and Atomic Collisions ICPEAC; 2023

We present a theoretical analysis of interferences in the photoelectrn spectra using a numerical solution of the time dependent Schrödinger equation (TDSE) and the semiclassical two-step model (SCTS). Some structures can be interpreted as holograms, i.e. the interference pattern between the direct (reference) and the rescattered (signal beam) electrons. In this way, the information of the interaction is encoded in the interference pattern between the reference and the signal. We analyze the ionization of atomic hydrogen to characterize the role that the long-range Coulomb interaction plays in the holographic structure.