A concept for the fabrication of highly symmetric quantum dots that are coherently
embedded in a single crystalline matrix is demonstrated. In this approach, the formation of …

This letter reports on a new gas-phase printing approach to deposit nanomaterials into
addressable areas on a surface with 50 nm lateral accuracy. Localized fringing fields that …

Coherent coupling and formation of molecular orbitals in vertically coupled quantum-dot
molecules is studied for a seven-dot InAs/GaAs system. The electron states are computed …

Temperature and time evolution of the photoluminescence (PL) intensity of bimodal
ZnTe/ZnSe type-II quantum dots (QDs) were investigated. A particular temperature …

High-density InGaN nanodots are successfully grown on pretreated GaN surfaces. The GaN
surfaces were covered by Si O 2 layers firstly, and then the Si O 2 layers were removed …

This work presents an analysis of the energy structure of carriers enclosed in self-assembled
InAs quantum dots. Capacitance-voltage-spectroscopy (CV) with perpendicular magnetic …

Semiconductor quantum dots have been studied for nearly two decades with a variety of
experimental and theoretical methods. The typical dimensions of these" artificial atoms" are …

As a recent development of ballistic electron emission microscopy/spectroscopy
(BEEM/BEES), 1, 2 ballistic electron emission luminescence (BEEL) utilizes a voltage …

When the number of electrons changed from 3 to 12 in a planar dot, the corresponding
electronic structures of the ground states have been studied. The dot is subjected to a strong …

Rozwój technologii w XX wieku doprowadził do powstania cywilizacji informacyjnej, w której
podstawowym dobrem jest informacja i umiejętność jej przetwarzania. Stało się to możliwe …