The discovery of carbon fullerene cages and their solids opened a new avenue to build
materials from stable cage clusters as “artificial atoms” or “superatoms” instead of atoms …

Stabilized fullerene and tubular forms can be produced in boron clusters Bn in small sizes
from n∼ 14 to 20 upon doping by transition metal atoms. B14Fe and B16Fe are stable tubes …

A comparison of DFT-computed and measured infrared spectra reveals the ground state
structures of a series of gas-phase silicon clusters containing a common Mn2 unit. Mn2Si12 …

Endohedral clusters of the tetrel elements, M@ E n, provide a diverse platform for exploring
chemical bonding, simply because the cluster does not necessarily depend on strong M–E …

Infra-red multiple-photon dissociation spectroscopy on Xe-tagged Re/Si clusters,[ReSin]+,
n= 3–9, reveals intense absorption features around 400 cm− 1, along with, in some cases …

Geometries and electronic properties related to the ground state stabilities of several
Si12M2 clusters (M: second-row (Nb and Mo) and third-row (Ta and W) transition metals …

The smallest triple ring tubular silicon cluster Mn2@ Si15 is reported for the first time.
Theoretical structural identification shows that the Mn2@ Si15 tubular structure whose triple …

Geometries of doubly transition metal doped silicon clusters M 2 Si n, M 2= Mo 2, Nb 2, Ta 2,
W 2, NbMo, TaW were determined by DFT computations. Geometries of M 2 Si n in the …

The structural chemistry of the title clusters has been the source of controversy in the
computational literature because the identity of the most stable structure appears to be …

In this work, the magnetic properties of tetrel clusters SnNTM, which are singly doped with
transition metals (TM), are investigated. On the one hand, the number of tetrel atoms (N= 11 …