▪ Abstract This review discusses recent quantum scattering calculations on bimolecular
chemical reactions in the gas phase. This theory provides detailed and accurate predictions …

Ion imaging methods are making ever greater impact on studies of gas phase molecular
reaction dynamics. This article traces the evolution of the technique, highlights some of the …

Theory has established the importance of geometric phase (GP) effects in the adiabatic
dynamics of molecular systems with a conical intersection connecting the ground-and …

This review describes advances which have occurred during the past decade in chemical
reaction dynamics using crossed molecular beams. After a brief historical introduction …

Understanding quantum interferences is essential to the study of chemical reaction
dynamics. Here, we provide an interesting case of quantum interference between two …

▪ Abstract Crossed-molecular-beam and laser techniques have enabled experimentalists to
measure the state-resolved differential cross sections of elementary chemical reactions. This …

The crossing of two electronic potential surfaces (a conical intersection) should result in
geometric phase effects even for molecular processes confined to the lower surface …

A hierarchical family of analytical Born–Oppenheimer potential energy surfaces has been
developed for the H+ H 2 system. Ab initio calculations of near full configuration interaction …

▪ Abstract Recent studies of state-resolved angular distributions show the participation of
reactive scattering resonances in the simplest chemical reaction. This review is intended for …

It has long been known that there is a conical intersection (CI) between the ground and first
excited electronic state in the H3 system. Its associated geometric phase (GP) effect has …