Covalent bond describes electron pairing in between a pair of atoms and molecules. The
space is partitioned in mutually disjoint regions by using a new concept of the electronic …

Covalent bond describes electron pairing in between a pair of atoms and molecules. In the
current paper, the space is partitioned in mutually disjoint regions by using new concept of …

We present an extensive study of the static and dynamic properties of systems of spin-
polarized tritium atoms. In particular, we calculate the two-body| F, m F⟩=| 0, 0⟩ s-wave …

We report on the spectroscopic investigation of lithium atoms and lithium dimers in their
triplet manifold on the surface of helium nanodroplets (HeN). We present the excitation …

Using the Multi-Reference Configuration Interaction method, the adiabatic potential energy
surfaces of Li 3 are computed. The two lowest electronic states are bound and exhibit a …

In this work, the novel theoretical approach to predict the torque for spin is studied. This
approach is based on the novel quantities, the spin torque and the zeta force, which are …

The electronic structure of atoms in the first, second, and third periods were analyzed using
the electronic kinetic energy density and stress tensor density, which are local quantities …

The recent prediction of a total zero angular momentum bound state of the spin-polarized
atomic tritium trimer [D. Blume, BD Esry, Chris H. Greene, NN Klausen, and GJ Hanna, Phys …

We have carried out first‐principle density‐functional calculations for gallium nitride (GaN)
nanowires and related materials such as aluminum nitride (AlN) nanowires. The simplest …

We analyze the electronic structure of lithium ionic conductors, and, using the electronic
stress tensor density and kinetic energy density with special focus on the ionic bonds among …