TAURUS_mix

We present the numerical code TAURUS_mix that performs the configuration mixing of symmetry-projected reference states to build better approximations to the eigenstates of the nuclear Hamiltonian. The correlated states thus obtained are linear superpositions of the reference states with the weights of the latter being determined by solving the Hill-Wheeler-Griffin (HWG) equation for each value of the angular momentum and parity considered. The code uses as inputs the projected matrix elements generated by the code TAURUS_pav and computes as output the matrix elements of the correlated states for the most important spectroscopic observables: energy, charge radius, electromagnetic moments and reduced transition probabilities, etc.