Atom‐precise, ligand‐stabilized metalloid clusters have emerged as outstanding model
systems to study fundamental structure and bonding situations of compositionally related …

We describe joint experimental and theoretical studies carried out collaboratively in the
authors' labs for understanding the structures and chemical bonding of novel atomic …

Cluster science has given rise to the possibility of forming “superatoms”, species that mimic
elements of the periodic table but often display multiple functionalities. The ability to tailor …

The concept of aromaticity has been advanced beyond the framework of organic chemistry,
and multiple aromaticity (σ, π, and δ) has been observed to account for the highly symmetric …

Rare earth elements (REs) consist of a very important group in the periodic table that is vital
to many modern technologies. The mining process, however, is extremely damaging to the …

A combination of anion photoelectron spectroscopy and density functional theory
calculations has elucidated the geometric and electronic structure of gas-phase endohedral …

The structural, relative stable and electronic properties of Pb n Sn n (n= 2–12) alloy clusters
were systematically studied using density functional theory. The isomers of Pb n Sn n alloy …

Recently, bimetallic clusters have attracted a great deal of attention from research
community because clusters yield intriguing properties ranging from the molecular and the …

Atompräzise und ligandenstabilisierte metalloide Cluster haben sich als herausragende
Modellsysteme für grundlegende Struktur‐und Bindungssituationen in kompositionell …

The electronic and structural properties of small monomagnesium oxide clusters, MgO x–
and MgO x (x= 1–4), have been investigated using a synergistic approach combining …