Incorporating magnetic ions into semiconductor nanocrystals has emerged as a prominent
research field for manipulating spin-related properties. The magnetic ions within the host …

The effect of the hydrostatic pressure on diamagnetic susceptibility of on-center hydrogenic
donor impurity in G a 1− x 1 A lx 1 A s/G a A s/G a 1− x 2 A lx 2 A s core/shell/shell structure …

The incorporation of magnetic impurities into semiconductor nanocrystals with size
confinement promotes enhanced spin exchange interaction between photogenerated …

We studied theoretically the exciton–phonon coupled states in a cylindrical quantum dot
(QD) under hydrostatic pressure and temperature effects. We calculated the exciton binding …

The delta-like dispersion of the density of states (DoS) enable quantum dots (QD) to display
optical and electronic properties comparable with those of real atoms. The discrete …

We investigate theoretically the spectral and dynamical effects of the short-range exchange
interaction between a single manganese (Mn) atom hosted by cylindrical CdTe quantum …

We present a magnetospectroscopic study of a doubly negatively charged exciton X 2− in a
CdTe quantum dot doped with a single Mn 2+ ion. The X 2− emission leading to the singlet …

The polarized emission of colloidal quantum dots from II–VI and perovskite semiconductors
were investigated thoroughly, revealing information about the optical transitions in these …

Nesta tese, investigamos teoricamente as propriedades eletrônicas e ópticas de poços
quânticos e pontos quânticos de semicondutores magnéticos diluídos. Este estudo é …

The flexibility of colloidal synthesis allows engineering size, shape, and composition-and
thus electronic states-of semiconductor nanocrystals with a high degree of perfection …