Obtaining the Seyler-Blanchard effective interaction from realistic two nucleon interaction

In this study, the parameters of Seyler-Blanchard effective interaction for nuclear matter are obtained by using the Urbana interaction potential and Variational Monte Carlo method. Using the obtained new parameters, the variation of total energy per nucleon of nuclear matter with density is investigated. Saturation density of nuclear matter is found as ρ_0=0,16 fm^(-3), corresponding to Fermi momentum k_F=1,33 fm^(-1). Binding energy of nuclear matter is obtained as E(ρ_0 )=-15,975 MeV. The results obtained in this study are compared with the results obtained by various researchers in the literature for nuclear matter and with experimental values.