Interactions of molecules with solid surfaces are responsible for key functionalities in a
range of currently actively pursued technologies, including heterogeneous catalysis for …

Helium Atom Scattering (HAS) and Helium Spin-Echo scattering (HeSE), together helium
scattering, are well established, but non-commercial surface science techniques. They are …

Understanding NO x chemistry at titania nanoparticle surfaces is important for photocatalytic
environmental remediation processes. We focus on this problem and put forward an …

Hot carriers at metal surfaces can drive nonthermal reactions of adsorbates. Characterizing
nonequilibrium statistics among various degrees of freedom in an ultrafast time scale is …

Carbon monoxide on copper surfaces continues to be a fascinating, rich microlab for many
questions evolving in surface science. Recently, hot-electron mediated, femtosecond-laser …

Lateral interactions between carbon monoxide molecules adsorbed on a copper Cu (100)
surface are investigated via semiclassical initial value representation (SC-IVR) molecular …

The rising presence of drug-related contaminants in water sources is a major environmental
and public health concern. Several studies have addressed the hazardous influence of …

Analytical representations of potential energy hypersurfaces for the nuclear motion in
polyatomic molecules from ab initio theory and experiment are discussed in a general way …

The mean square displacement<(x (t)− x (0)) 2> of the position x of a CO molecule adsorbed
at thermal equilibrium on a Cu (100) substrate and moving along the< 100> direction is …

We investigate the effect of intermode coupling and anharmonicity on the excitation and
relaxation dynamics of CO on Cu (100). The nonadiabatic coupling of the adsorbate to the …