Additionally, g inter pattern shows that polar interactions (blue regions) have a higher intensity on phosphorene compared to graphene, denoting the major role of electrostatic driving forces for C60 stabilization onto phosphorene (Fig. ). According to AIM analyses, non-covalent complexes displays two type of electrostatic interactions (Fig. system shows EELEC and EDISP contributions of 45 and 39%, respectively (major contribution of electrostatics, Fig. ); while the Graphene-C60 system is reported with EELEC and EDISP contributions of 33 and 67%, respectively (major contribution of dispersion) .