The counts of MOFs violated Born's stability criteria, are listed in Table . Although, the number of structures violated Born's stability criteria among the activated MOFs was double of that seen among the collapsed MOFs, but these correspond to 8.7 % and 23.3 % of their entire classes, respectively. Certainly, in term of percentage, violation of the stability occurs more frequently among the collapsed MOFs, which might explain why they collapsed at the first place. Also, by looking at the distribution of all the eigenvalues of the activated and collapsed MOFs (Figure ), it is very obvious that the lowest values are associated with the collapsed MOFs. But, here it is not recommended to merely rely the results from Born's criteria to judge if a MOF is activatable or not. Hence, as outlined before, some MOFs did not satisfy Born's criteria despite the structure is activatable. This might be attributed to inadequacy of the employed force field or due to inherent topological factors of the MOFs.