In this article, the statistical properties of fermions in Rindler spacetime are studied, using
Shannon's quantum information and thermodynamic properties. For this, the wave solutions …

In this research, we have obtained the energy eigenvalues and the corresponding
normalized eigenfunction for the linear combination of the modified Kratzer and generalized …

In this research article, we use the Shannon's formalism to investigate the quantum
information entropy of a particle trapped by the Aharonov–Bohm-type field. For quantum …

Using Schrödinger's formalism, we investigate the quantum eigenstates of the heavy
mesons trapped by a point-like defect and by Cornell's potential. One implements this defect …

Adopting the premise that the expected value of the quantum fluctuating metric is linear, ie,⟨
g μ ν⟩= α g μ ν, we analyze the modified gravity theory induced by the Einstein–Hilbert …

We investigate quantum information by a theoretical measurement approach of an Aharanov–
Bohm (AB) ring with Yukawa interaction in curved space with disclination. We obtained the …

In this work, we analyze a particle with position-dependent mass, with solitonic mass
distribution in a stationary quantum system, for the particular case of the BenDaniel–Duke …

We analyze the Shannon and Fisher information measures for systems subjected to quartic
and symmetric potential wells. The wave functions are obtained by solving the time …

Understanding the behavior of particles in relativistic quantum mechanics scenarios is of
great importance for the advancement of quantum computing. The advancement of current …

In this work, we readdress the Dirac equation in the position-dependent mass (PDM)
scenario. Here, one investigates the quantum dynamics of non-Hermitian fermionic particles …