Till Jahnke

TL;DR: The authors show the double-slit interference effect in the strong-field ionization of neon dimers by employing COLTRIMS method to record the momentum distribution of the photoelectrons in the molecular frame.

TL;DR: In this paper, the authors reported the direct observation of an ultrafast transfer of energy across the hydrogen bridge in (H2O)2 (a so-called water dimer) leading to an ejection of a low-energy electron from the molecular neighbour of the initially excited molecule.

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 mass spectrometry approach is demonstrated that directly images the absolute configuration of individual molecules in the gas phase by cold target recoil ion momentum spectroscopy after laser ionization–induced Coulomb explosion.

TL;DR: It is shown that a photoelectron and two protons form a minimum particle/slit system and that a single additional electron constitutes a minimum environment and that interference fringes observed in the angular distribution of a single electron are lost through its Coulomb interaction with a second electron.