Seed particles of elements or compounds which may or may not form alloys are now used
extensively in promoting well-controlled nanowire growth. The technology has evolved …

With the rapid development of technologies for the fabrication of, as well as applications of
low-dimensional structures, the demands on characterization techniques increase. Spatial …

We present an analytic model that explains the self-ordering of quantum nanostructures
grown on nonplanar surfaces. Self-limiting growth in these structures results from the …

We have developed an analytic model that describes in detail the establishment of self-
ordered profiles during semiconductor epitaxy on corrugated surfaces. Lateral, self-ordered …

A systematic study of exciton dynamics is presented in quantum boxes formed naturally
along the axis of a V-shaped quantum wire, by means of time and spatially resolved …

The optical properties of high-quality V-groove GaAs/Al x Ga 1− x As quantum wires have
been investigated using low-temperature photoluminescence (PL) and photoluminescence …

We have studied the effect of valence band mixing on the optical properties of
semiconductor quantum wires by analyzing the luminescence polarization. Large …

We study the evolution of AlGaAs/GaAs growth during organometallic chemical vapor
deposition on pyramidal recess patterns etched into GaAs {111} B substrates. Cross …

In this paper we present a review on major advances achieved over the past ten years in the
field of fabrication of semiconductor quantum wires (QWRs) using epitaxial growth …

We have studied the luminescence of narrow quantum wires at photoexcitation densities of
up to∼ 3× 10 6 cm− 1. We show that even at these densities, which are well above the …