A unique thorium‐thorium bond was observed in the crystalline tri‐thorium cluster [{Th (η8‐
C8H8)(μ3‐Cl) 2} 3 {K (THF) 2} 2]∞, though the claim of σ‐aromaticity for Th3 bond has been …

The aromaticity of benzene, Al42− cluster, cyclopropane, borazine and planar
cyclooctatetraene (COT) was analyzed according to different strategies based on nucleus …

The Möbius rule predicts that a planar four-membered metallacycle can be aromatic with
four mobile electrons, but such a simple ring has escaped recognition because it usually …

Although aromaticity is a concept in chemistry, in the last years, special efforts have been
carried out in order to propose theoretical strategies to quantify it as a property of molecular …

Here, we analyze the possibility of predicting local and global current densities in a series of
bicyclic hydrocarbons with 4n and 4n+ 2 π-electrons from the nucleus-independent …

The magnetic response of the valence molecular orbitals (MOs) of benzene, cyclobutadiene,
and borazine to an external magnetic field has been visualized by calculating the chemical …

Very recently, Boronski et al. reported the first thorium–thorium bond in a crystalline cluster
prepared under normal experimental conditions. By using a range of experimental …

A simple and chemically intuitive approach is used to design ptC-containing E–C clusters
(E= Si–Pb). This approach consists in replacing three or two consecutive protons from an …

The role of boron–ligand cooperation in activating molecular hydrogen by a set of six
frustrated Lewis pair (FLP) systems is explored using density functional theory. The results …

The magnetic aromaticity of 6‐membered monoheterocycles containing Group 13 to 16
elements (C5H5X, where X= SiH, GeH, N, P, As, O+, S+, Se+) was assessed by using 2 …