… the confinement of two electrons in double quantum dots, and … of the separation distance
between quantum dots and obtain … We also demonstrate the formation of electron clusters and …

… properties of a quantum dot (QD) … electron–electron interaction. For this purpose, the
Schrödinger equation (SE) is analytically solved without considering electron–electron interaction …

… 2 − 5, being the principal quantum number) states of a He atom in a quantum dot have been
… functions in the framework of the Ritz variational method. The quantum dot environment is …

… for theoretical studies. In this article, we formulate a framework to describe lattice electrons
… Since our purpose is to provide a general framework for systems with strong light-matter …

… GaAs quantum dot. Our results are vital in the design of nano-scale electronic devices such
as quantum dot solar cells, quantum dot lasers, quantum dot photodetectors, quantum dot …

… the old quantum theory from this perspective, ie, as a theory in … quantum theory presents a
conceptual framework that lacks both logical consistency and empirical adequacy. The theory …

… this section is to analyze the role of Coulomb interaction after tunneling by comparing the
HASE model and the SCTS model. To this end, the small radial electron momenta (pr < 0.2 au) …

… allow for theoretical treatment within point group theory, we will focus on the recently
introduced (CN) 2 C 61 model. Within DFT, we considered the dispersion interaction between the …

… The linear and third-order nonlinear absorption coefficients, along with the total absorption
coefficient, play significant roles in characterizing the interaction of light with quantum dots, …

… Throughout this work, the confinement effects on optical properties of two-electron quantum
dots are investigated. The calculations of transition energies, oscillator strengths (for the …