We report on the formation of translationally cold NaCs molecules starting from a laser-
cooled atomic vapor of Na and Cs atoms. Colliding atoms are transferred into bound …

We present detailed experimental spectra and accurate theoretical interpretation of
resonance-enhanced two-photon ionization of ultracold rubidium molecules in the 14000 …

The experimental field of ultracold ion-atom mixtures including an alkali-metal atom and an
alkaline-earth-metal ion as well as of homonuclear alkali dimers has paved the way for …

In this work, we investigate the possibility of creating cold Fr 2, RbFr and CsFr molecules
through the photoassociation of cold atoms. Potential curves, permanent and transition …

Although high-resolution tomographs provide a new approach that strongly simplifies the
measurement of in vivo tracer biodistribution and kinetics in small animals, they suffer from …

We form ultracold ground-state Rb 2 molecules by photoassociating pairs of atoms in a
magneto-optical trap into the 0 u+ state, which decays radiatively into high vibrational levels …

The solution to elastic isotropic problems in three-dimensional (3-D) polyhedral domains in
the vicinity of an edge is provided in an explicit form. It involves a family of eigen-functions …

Ultracold molecules are formed via photoassociation in a polarized sample of cold cesium
atoms. The rate of molecule formation is controlled by tuning a magnetic field. The radial …

A model-potential approach successfully employed in the past for describing potential
curves of light alkali dimers is extended to calculate potential curves of Σ symmetry for the …

The formation of electronic ground-state NaCs molecules from ultracold atoms by
photoassociation is explored both experimentally and theoretically. We observe saturation of …