Exciton is the elementary excitation in semiconductors with energy close to E g, bound by
electron and hole. Spin is an intrinsic form of angular momentum carried by elementary …

Solotronics, optoelectronics based on solitary dopants, is an emerging field of research and
technology reaching the ultimate limit of miniaturization. It aims at exploiting quantum …

Spontaneous magnetization is observed at zero magnetic field in photoexcited colloidal Cd1–
x Mn x Se (x= 0.13) quantum dots (QDs) prepared by diffusion doping, reflecting strong …

Exciton magnetic polarons (EMPs) are self-organized magnetic quasiparticles that can be
formed by excitons in diluted magnetic semiconductors (DMSs). The optical response of …

Impurity doping can be used to dramatically alter the physical properties of semiconductor
nanostructures and endow them with promising new technological potential. This review …

In semiconductors, quantum confinement can greatly enhance the interaction between band
carriers (electrons and holes) and dopant atoms. One manifestation of this enhancement is …

One of the most prominent signatures of transition-metal doping in colloidal nanocrystals is
the formation of charge carrier-induced magnetization of the dopant spin sublattice, called …

Tuning the properties of a pair of entangled electron and hole in a light-induced exciton is a
fundamentally intriguing inquiry for quantum science. Here, using semiconducting hybrid …

Electrical spin manipulation remains a central challenge for the realization of diverse spin-
based information processing technologies. Motivated by the demonstration of confinement …

We present a comprehensive photoluminescence study of the exchange interaction in self-
assembled CdTe/ZnTe quantum dots. We exploit the presence of multiple charge states in …