Advances in quantum state preparations combined with molecular cooling and trapping
technologies have enabled unprecedented control of molecular collision dynamics. This …

Resonant scattering of optically state-prepared and aligned molecules in the cold regime
allows the most detailed interrogation and control of bimolecular collisions. This technique …

Quantum control of molecular collision dynamics is an exciting emerging area of cold
collisions. Co-expansion of collision partners in a supersonic molecular beam combined …

The concept of the steric effect in molecular collisions is central to chemistry. In this
Perspective article we review some of the progress made in studying the steric effect in …

Stereodynamic control of resonant molecular collisions has emerged as a new frontier in
cold molecule research. Recent experimental studies have focused on weakly interacting …

The amount of information that can be obtained from a scattering experiment depends upon
the precision with which the quantum states are defined in the incoming channel. By …

Recent experiments on rotational quenching of HD in the v= 1, j= 2 rovibrational state in
collisions with H 2, D 2, and He near 1 K have revealed strong stereodynamic preference …

Special Issue dedicated to the fascinating field of cold and ultracold molecules. Over the
past few decades, the pursuit of manipulating and studying molecules at ultracold …

Scattering between atomic and/or molecular species can be controlled by manipulating the
orientation or alignment of the collision partners. Such stereodynamics is particularly …

Measurement of vector correlations in molecular scattering is an indispensable tool for
mapping out interaction potentials. In a coexpanded supersonic beam, we have studied the …