Confinement is a very common phenomenon in chemistry, for example, when molecules are
located inside cavities. In these conditions, the electronic structure of atoms and molecules …

The most relevant, and often utilized, methods and techniques for obtaining energy levels of
confined one-and two-electron atoms are reviewed. We discuss how the electronic states of …

Phenomenological approaches on the basis of simple model potentials for the description of
various situations where the atom is spacially confined, such, eg, as atoms inside a C60-like …

The Shannon information entropy of 1-normalized electron density in position and
momentum space S r and S p⁠, and the sum ST⁠, respectively, are reported for the ground …

The information‐theoretic measure of confined hydrogen atom has been investigated
extensively in the literature. However, most of them were focused on the ground state and …

Confined systems often exhibit unusual behavior regarding their structure, stability,
reactivity, bonding, interactions, and dynamics. Quantization is a direct consequence of …

A novel model potential for modelling the environment of atoms and molecules inside
fullerenes is proposed. The model takes into consideration that the electrons of the guest …

In this study, the information‐theoretic measures in both the position and momentum spaces
for the pseudoharmonic potential using Fisher information, Shannon entropy, Renyi entropy …

The spectrum, the electron density distribution and the character of three two-electron
quantum systems, namely the two-electron quantum dot, the negative hydrogen ion and the …

The ionization of the hydrogen atom confined in a spherical potential well and subjected to a
static electric field is studied, using the diffusion Monte Carlo (DMC) method. Atomic …