Helium nanodroplets have emerged as a new and exciting medium for studying the structure
and dynamics of both this quantum solvent and impurities that can be doped into (onto) and …

This article provides a review of recent work in the field of helium nanodroplet spectroscopy
with an emphasis on the dynamical aspects of the interactions between molecules in helium …

A computer program has been developed to model and analyze the data from photoelectron
photoion coincidence (PEPICO) spectroscopy experiments. This code has been used during …

The prediction of electron ionization (EI) mass spectra (MS) from first principles has been a
major challenge for quantum chemistry (QC). The unimolecular reaction space grows rapidly …

We report on the formation of one-dimensional Au/Ag core-shell nanostructures in superfluid
helium nanodroplets (He N) and their subsequent surface deposition under soft landing …

Mass spectra of doped and undoped helium droplets are presented. The high resolution of
the time-of-flight spectrometer (m/Δm≅ 5000) makes it possible to fully resolve small helium …

Infrared spectroscopy provides a means to determine the intrinsic geometrical structures of
molecules. Here we present a novel spectroscopic method that uses superfluid helium …

Helium nanodroplets are widely used as a cold, weakly interacting matrix for spectroscopy of
embedded species. In this work, we excite or ionize doped He droplets using synchrotron …

A theoretical model has been developed to describe the probability of charge transfer from
helium cations to dopant molecules inside helium nanodroplets following electron-impact …

The photoionization and photoelectron spectroscopy of pure He droplets were investigated
at photon energies between 24.6 eV (the ionization energy of He) and 28.0 eV. Time-of-flight …