We report production of ultracold X 1 Σ+(v′′= 0) NaCs molecules via photoassociation.
We utilize a combination of spectroscopic techniques to determine formation pathways and …

Quantum control originated in the mid-1980s as a set of different laser schemes designed to
manipulate chemical reactions and excite the molecule in specific quantum states. In the last …

We discuss the detrimental effect of small rapid random fluctuations of laser-field amplitude
and phase upon the efficiency of stimulated Raman adiabatic passage (STIRAP). Such …

Ultracold polar molecules offer a multitude of fascinating possibilities for physical research.
Proposals for their use reach from quantum chemistry, where they enable detailed studies of …

Quecksilber hat eine lange Historie in der Geschichte der Wissenschaft. Auch in der Zeit der
Quantenoptik eröffnet Quecksilber eine Vielzahl an Forschungsmöglichkeiten. So bietet …

Despite the fact that alkali metal dimers are in the focus of molecular quantum gas research,
not much data is available on the hyperfine structure of these molecules in particular for their …

We propose a model that combines magneto-association across a Feshbach resonance
with STIRAP into a continuous and coherent process to form ultracold molecules. This can …

We present the results of a spectroscopic study LiRb molecules created via
photoassociation (PA) to vibration levels of the 4 (1) potential. Atoms are first cooled and …

Beaucoup d'expériences et d'applications utilisant des molécules froides nécessitent d'avoir
un échantillon de molécules froides à la fois en translation, en vibration et en rotation. Cette …

[en] Many experiments and applications using cold molecules need to have a sample of
molecules cold in all degrees of freedom. My activity in the cold molecule experiment …