The stability of a two-electron Zee system trapped inside an impenetrable spherical cavity is
analyzed using an explicitly correlated multi-exponent Hylleraas-type basis set in the …

Structural properties of ground (1 s 2: 1 S e) and first doubly excited resonance (2 s 2: 1 S e)
states of He atom embedded in non-ideal classical plasma (NICP) environment are studied …

Accurate values of physical quantities serve as the step** stone for further researches.
Consequently, we provide benchmark values of Shannon, Rényi, Tsallis entropies, and …

Shannon entropy in position (S r) and momentum (S p) spaces, along with their sum (S t) are
presented for unit-normalized densities of He, Li+ and Be 2+ ions, spatially confined at the …

Knowledge of the electronic structures of atomic and molecular systems deepens our
understanding of the desired system. In particular, several information-theoretic quantities …

The two‐electron atomic densities are analyzed in both position and momentum spaces in
terms of different information‐theoretic measures, such as disequilibrium, Shannon entropy …

Fisher information is calculated for the ground state of He-isoelectronic series, in position ()
space. The results are given and discussed as a function of the nuclear charge (Z) and the …

The quantum information theoretic measures in terms of Shannon entropy and Fisher
entropy (both in position and momentum spaces) on the ground, excited as well as virtual …

We provide benchmark values for Shannon information entropies in position space for the
ground state and ls2s 1Se excited state of helium confined with finite confinement potentials …

The influence of the non‐ideality (NI) of the classical plasmas on the doubly excited singlet S
states of the helium atom (He) embedded in the plasma has been investigated theoretically …