Here it should be noted that the relative importance of the various orbital transitions within the -electron stack is related to the energy differences between the respective occupied and unoccupied orbitals, related to the electronegativity of the E atom (see above) and not to (anti)aromaticity. As a consequence, the magnetic (anti)aromaticity of the n,* state may not agree with the electronic, energetic, and geometric aromaticity aspects, similarly as reported for the 3 * state of B4N4H8 and in the S0 state for (N6H6) 2+ and C2N4H6. For a detailed analysis of the orbital transitions, see Table . It can be noted that the NICS(1)zz values (Figure ) closely follow the trend of the MICD values, but they provide less information as they are not spin-separated. As a result, 3 in its 3 n,* state is the most antiaromatic among 1 -6 with NICS, while the most aromatic with MCI.