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We present a six-dimensional potential energy surface for the (H2)2 dimer based on coupled-cluster electronic...
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We use coupled-cluster ab initio methods to evaluate the non-pairwise-additive interactions in clusters of three...
We compute the vibrational coupling between two H2 molecules from ab initio quantum chemical calculations...
We present ab initio calculations of the interaction-induced dipole moment of the Ar–H2 van der...
We use the sum-over-states formalism to compute the imaginary-frequency dipole polarizabilities for H2, as a...
We reconsider the potential energy surface of the He–LiH system recently examined by Gianturco and...
We present a model for the line shapes of infrared-active Q1(0) vibron bands observed in...
We present the first high-resolution study of the infrared (IR) absorption spectra of solid parahydrogen...
We develop a model, based on pairwise additive He-Mg and He-O interactions, for the potential...
Inelastic neutron scattering is used to probe the dynamical response of H2 films adsorbed on...
We use quantum chemical techniques to evaluate the electrostatic and polarization components of the interaction...
We describe QSATS, a parallel code for performing variational path integral simulations of the quantum...
Interest in the study of structural and energetic properties of highly quantum clusters, such as...
Quantum Monte Carlo methods enable us to determine the ground-state properties of atomic or molecular...
We consider the influence of population size on the accuracy of diffusion quantum Monte Carlo...
We describe a variational path integral simulation algorithm for quantum Monte Carlo studies of many-body...