Interferences are genuine quantum phenomena that appear whenever two seemingly
distinct classical trajectories lead to the same outcome. They are common in elastic …

The dynamics of the C (3P)+ O2 (3Σ− g)→ CO (1Σ+)+ O (1D) reaction on its electronic
ground state is investigated by using time-dependent wave packet propagation (TDWP) and …

The collisional dynamics of N 2+(2 Σ g+) cations with Ar atoms is studied using quasi-
classical simulations. N 2+–Ar is a proxy to study cooling of molecular ions and interesting in …

State-to-state quantum dynamics calculations for the H+ LiH (v= 0–1, j= 0)→ H2+ Li
reactions are performed based on an ab initio ground electronic state potential energy …

A natural generalization of the classical deflection function, the functional dependence of the
deflection angle on the angular momentum (or the impact parameter), is the joint probability …

Differential cross sections (DSCs) of the HD (v′, j′) product for the reaction of H atoms with
supersonically cooled D2 molecules in a small number of initial rotational states have been …

In this work, the detailed reaction mechanism of the astrochemically relevant exoergic and
barrierless H+ LiH+→ H2+ Li+ reaction is investigated by both time-dependent wave packet …

The dynamics of the Ne+ HeH+ (v= 0, j= 0)→ NeH+ (v′, j′)+ He reaction was analyzed in
detail at the state-to-state level. A time-independent quantum mechanical (TIQM) method …

We have performed a dynamical study of the endothermic and barrierless C++ H2 (1Σg+)→
CH+ (1Σg+)+ H reaction for different initial rotational states of the H2 (v= 0) and H2 (v= 1) …

State-to-state quantum dynamic calculations for the proton transfer reaction Ne+ H 2+(v= 0–
2, j= 0) are performed on the most accurate LZHH potential energy surface, with the product …