The prior logically proposed Hartree-Fock (HF) staggered ground states in the two-pollutant Anderson model with boson cooperations are completely concentrated by mathematically settling the HF conditions and computing the energies. The total zero-temperature stage charts of this framework are gotten for different boson-coupling constants and electron moves. The two sorts of both MX (valence-and twist blended) states and MC (just valence-blended) states are affirmed. The primary kind MX shows up in first-request progress in the more extensive hybrid locales among nonmagnetic and antiferromagnetic coupling stages, while the second-type MX structures in second-request change close to the limits with ferromagnetic coupling stage. Some potential ramifications identified with the consequences of this examination are talked about.