S. Schössler

TL;DR: In this paper, an experimental observation of ICD in $2s$ ionized neon dimers is reported, which is unambiguously identified by detecting the energy of two ${\mathrm{N}mathm{e}^{1+}$ fragments and the ICD electron in coincidence.

TL;DR: A so-far unobserved fingerlike structure in the correlated electron momentum distribution is found, interpreted as a signature of the microscopic dynamics in the recollision process and supported by analyzing ab initio solutions of a fully correlated three-dimensional helium model.

TL;DR: In this paper, a high-pressure dc glow discharge based on micro-structured-electrode (MSE) arrays was investigated by diode laser atomic absorption spectroscopy, and the gas temperature and electron number density were evaluated from the analysis of the absorption line profiles, taking into account significant broadening mechanisms.

TL;DR: State-of-the-art one-electron multiple scattering and partially correlated random phase approximation calculations are in good agreement with many, but not all, aspects of the experimental data.

TL;DR: By solving the two-level time-dependent Schrödinger equation, it is shown that an interference between the net-two-photon and the one- photon transition creates localized electrons which subsequently ionize.