Variational Monte Carlo study of the ground state properties and vacancy formation energy of solid para-H2 using a shadow wave function

Details Variational Monte Carlo study of the ground state properties and vacancy formation energy of solid para-H2 using a shadow wave function Variational Monte Carlo study of the ground state properties and vacancy formation energy of solid para-H2 using a shadow wave function

2003-10-18

arxiv.org/abs/cond-mat/0310437v1

Physics

Condensed Matter

Scientific paper

10.1103/PhysRevB.69.024203

A Shadow Wave Function (SWF) is employed along with Variational Monte Carlo techniques to describe the ground state properties of solid molecular para-hydrogen. The study has been extended to densities below the equilibrium value, to obtain a parameterization of the SWF useful for the description of inhomogeneous phases. We also present an estimate of the vacancy formation energy as a function of the density, and discuss the importance of relaxation effects near the vacant site.

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