Our analyses prove that 3" is not aromatic and again proves that NICS cannot assess the nature of the ring current in metallic clusters. Unlike hydrocarbons such as cyclobutadiene, magnetic antiaromaticity among large rings and metallic clusters is not uncommon and does not necessarily imply energetic instability. Furthermore, as it has been discussed before, magnetic properties such as ring current and NICS are response properties that have no direct relationship with the ground-state properties such as total electronic energy of a molecule. Electron counting too is proved to be irrelevant to the energetic stability. The recently synthesized Th complex is a unique stable system with Th-Th bonds but this system sustains paramagnetic currents, which means it is magnetically antiaromatic.