The magnetic properties were compared with structural and electronic properties to get a deeper insight into C-G hybrids. Hence, the statistical analysis of these properties allows us to determine the most important variables through correlation analysis. For instance, a strong correlation between the electrophilicity and the overlap of corresponding magnetic orbitals (S vs. ω plot in Fig. ) suggests that a more considerable overlap supports the stabilization of additional electron density. Even more, following this line of analysis, the correlation between ΔJ and ω demonstrate that high electrophilic C-G hybrids support the augmented antiferromagnetic response (ω vs. ΔJ plot in Fig. ). That is why the C3-G hybrid presents the augmented antiferromagnetic response after adsorption. Furthermore, similar analysis indicates that the geometrical distortion of the CuN4 (in isolated copper corroles) and its variation concerning C-G hybrids (gd and ∆gd, respectively) is involved in the augmented magnetic response due to graphene interaction (plots relative to ΔJ in Fig. ). In consequence, the explanation of the augmented magnetic response of C-G hybrids is consistent with the magneto-chemistry either by analyzing the chemical structure, the electronic properties, the corresponding magnetic orbitals, and the respective hybrid stabilization during the adsorption process.