… field of self-assembled semiconductor quantum-dot structures during epitaxial growth of
lattice mismatched systems. The formation of quantum-… A overview is given of the self-organizing …

… quantum dot superlattices (colloidal crystals) is demonstrated. The size and spacing of the
dots … The methodology is not limited to semiconductor quantum dots but provides general …

… confinement of carriers makes semiconductor quantum dots a unique system… quantum
dots [ 4-61 for quantumdot lasers [ 71. The dots and dot arrays are fabricated using self-organized …

… guide the self organization process. Due to … self organization to deterministic self organization,
discussed in chapter 6, where patterns with 100 nm mesa heights direct the self-organized …

… in solid-state quantum computing and quantum communication require the lateral ordering
of quantum dots (QDs) of high quality in well-defined arrangements. The self-assembly in the …

… of quantum dots in such multilayer structures, with a simple and relatively generic model. We
find that the dots can exhibit dramatic self-organization. … that such self-organization may be …

… to fabricate self-organized structures like quantum dots QDs and … Self-ordering of dots grown
by MOCVD on exactly oriented … of selforganization of InGaAs/GaAs quantum dot structures …

… In recent years self-organized quantum dots QD’s have … detectors are based on such
self-organized QD’s.Controlled … size, and shape in the self-organized growth. One way to modify …

… for the fabrication of quantum dots that are based on the principle of self-organization (1–4). …
as a new technique for the synthesis of self-assembled quantum dots (3–6). This technique …

… The self-organization of three-dimensional quantum-dot superlattices that spontaneously …
The model predictions show that the multilayer arrays of quantum dots can be fully or partially …