We calculate the time-dependent Shannon (S x and S p) entropy and Fisher (F x and F p)
information of three log-periodic oscillators. We obtain a general expression for S x, p and F …

We calculate the Fisher information (F r and F p) and the Shannon entropies (S r and S p) of
a spinless charged particle in three different configurations of time-varying magnetic field, B …

We calculate the Fisher information and the Shannon entropy for three position-dependent
mass oscillators. These systems can be seen as deformed harmonic oscillators in the sense …

Interaction information, a measure of higher-order statistical correlations, is examined in
quantum systems consisting of three coupled and uncoupled oscillators, in position and in …

We study the correlation of the ground state of an N-particle Moshinsky model by computing
the Shannon entropy in both position and momentum spaces. We have derived the …

Analytical evidence for the physical relevance of generalized Pauli constraints (GPCs) has
recently been provided in Schilling et al.[Phys. Rev. Lett. 110, 040404 (2013) PRLTAO 0031 …

In this work, we have investigated in position (r) and momentum (p) spaces the concurrent
phenomena occurring at the vicinity of the transition state (TS)(the so‐called transition …

This article investigates the behavior of a Moshinsky atom in a 1D harmonic trap. Focus is
given on the theoretical foundations of confinement and its impact on the correlation …

In this work we show how constructing Wigner functions of heterogeneous quantum systems
leads to new capability in the visualization of quantum states of atoms and molecules. This …

There are several physically motivated density matrix functionals in the literature, built from
the knowledge of the natural orbitals and the occupation numbers of the one-body reduced …