In this paper, the eigenstates and energy levels of carriers confined in quantum rings (QRs)
in single-layer graphene under an applied magnetic field are calculated analytically …

Quantum wires continue to be a subject of novel applications in the fields of electronics and
optoelectronics. In this work, we revisit the problem of determining the electron states in …

Mechanisms and influence factors of surface optical (SO) phonon-mode-assisted exciton
photoluminescence (PL) spectroscopy in quasi-1-dimensional (Q1D) nitride nanostructures …

The quantum size and shape effects are often considered difficult to distinguish from each
other because of their coexistence. Essentially, it is possible to separate them and focus …

Approximate equations for the concentration of charge carriers, the thermodynamic density
of states, and the entropy of electrons in semiconductor nanowires are obtained. To find the …

In this work the intradopant transition energy (IDTE) and the normalized intradopant
transition energy (NIDTE) of GaAs quantum dot (QD) have been minutely explored. The QD …

The thermodynamic potential and entropy of the electron gas of a semiconductor nanowire
are obtained. When calculating the entropy of an electron gas with a nonparabolic energy …

Expressions are given for the concentration, density of thermodynamic states, entropy, and
heat capacity of the electron gas in narrow-gap InAs nanowires, and it is shown that they are …

In this work, the patterns of changes in concentration, density of thermodynamic states,
thermodynamic potential, entropy and heat capacity of electron gas under the influence of …

In order to protect coherence of quantum states and reduce the impact of environment on
quantum information, we investigate decoherence and relaxation time of magnetopolaron in …