In this study, we consider a composed system consisting of two identical non-interacting subsystems. Each sub-system is made of a moving qubit into a leaky cavity. The study of the dynamic of the composed system revealed that compared with the stationary qubits, entanglement, quantum discord and coherence between two moving qubits remained close to their initial values as time went by. In parti...

Abstract The purpose of this paper is to present a new generalized form of the Appleton-Hartree formulation. To that end, we use a system of linearized quantum plasma equations to include quantum corrections due to the quantum force produced by the density fluctuations of electrons. Dispersion relations and their modifications resulting form quantum effects are derived for both quasi-parallel ...

The aim of this study was to determine the effectiveness of quantum skills training on thinking style and knowledge sharing behavior of girls' high school principals in Isfahan. This research is a type of exploratory combined research that has a quantitative and qualitative nature. In the qualitative part, the theme analysis method was used inductively and in the quantitative part, the quasi-ex...

The quantum theory for a mesoscopic electric circuit with charge discreteness is investigated. Taking the Caldirola-Kanai Hamiltonian in studding quantum mechanics of dissipative systems, we obtain the persistent current and the energy spectrum of a damped quantum LC-design mesoscopic circuit under the influence of a time-dependent external field.

The aim of this study was to identify the components of productivity based on intangible quantum skills and provide a model of quantum productivity. This research is fundamental and applied in terms of purpose, which has been done by analytical, exploratory and field methods. The statistical population of the present study was professors and experts in the field of sports management and manager...

Coherent states are the quantum states, which give the closest description to classical states. Since their superpositions show quantum properties, research on these states has been of great interest. In addition, having nonclassical properties is necessary for quantum correlations. In this paper, we focus on two-mode entangled coherent states which are  out of phase, and study the nonclassical...