$${}_{\Lambda \Lambda }^{10} Be$$ in Faddeev-Yakubovsky formalismin Faddeev-Yakubovsky formalism

Abstract

The four-body dynamical equations for two distinct pairs of identical particles derived earlier are applied to investigate the system\({}_{\Lambda \Lambda }^{10} Be\). The two-body potentials have been taken to be of the Yamaguchi form, and the Bateman approximation has been used for the other amplitudes. From the set of coupled integral equations, the separation energy, BΛΛ, for the two Λ particles in\({}_{\Lambda \Lambda }^{10} Be\) is obtained as 43·97 MeV.