In the past decade, coupled-cluster theory has seen a renaissance in nuclear physics, with
computations of neutron-rich and medium-mass nuclei. The method is efficient for nuclei …

Today, coupled-cluster theory offers the most accurate results among the practical ab initio
electronic-structure theories applicable to moderate-sized molecules. Though it was …

The effect of the center-of-mass motion on the high-momentum distributions of correlated
nucleon pairs is studied by solving the Bethe-Goldstone equation in nuclear matter with the …

We recently proposed a new variational theory of “tensor-optimized antisymmetrized
molecular dynamics”(TOAMD), which treats the strong interaction explicitly for finite nuclei [T …

The stability of drops made of 3 He atoms is studied by means of a Monte Carlo variational
method using wave functions with good angular momentum quantum numbers. The number …

An alpha-cluster model is proposed for 8Be and 12C nuclei, within the framework of the
resonating group method (RGM). The composing 4He clusters are described using Jastrow …

We report a variational calculation of ground state energies and radii of 4 He N droplets (3<~
N<~ 4 0), using the Aziz HFD-B (HE) atom-atom interaction. The trial wave function has a …

Linearized state-dependent and central Jastrow correlated trial wavefunctions are used to
study the ground state of spin-isospin saturated p-shell nuclei with V4-type forces. We …

Starting from the Gaussian-variational approximation the state of the single sine-Gordon
soliton is constructed using the coupled cluster method. The quantum contributions to the …

After quoting arguments against the validity of the nuclear Independent Particle model it is
shown that the magic numbers governing the structure of the nuclear ground states are …