“…35 According to their analysis, [H À ,e + ,H À ] is indeed a diatomic species with two equivalent AIM, each containing a proton, two electrons, and half of the positron population. Interestingly, the used energy partitioning, [35][36][37] which is an extended version of the interacting quantum atoms (IQA) methodology developed for the purely electronic systems, [38][39][40][41][42] revealed that the interactions between AIM are mainly of an electrostatic nature. This type of electrostatic interaction is however quite distinct from the usual electrostatic interactions between oppositely charged ions where the charge imbalance, emerging from the electron migration between AIM, is the driving force behind the stabilizing interactions.…”