Titlebook: Advances in Solid State Physics 46; Rolf Haug Book 2008 Springer-Verlag Berlin Heidelberg 2008 Semiconductor.optics.optoelectronics.quantu

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Advances in Solid State Physicshttp://image.papertrans.cn/a/image/149812.jpg

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Andrea Torsello,Edwin R. Hancocketween the electron spins and the surrounding nuclei. Further we propose a scheme to narrow the distribution of difference in polarization between the two dots in order to suppress hyperfine induced decoherence.

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An Affine Invariant Salient Region Detector and the ease of integration into optoelectronic devices. Prerequisite for realistic applications is the ability to control the excitonic energies of the dot. A major step in this direction was recently reached by advanced self-organized quantum-dot growth, yielding ensembles of equally shaped InAs/

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Texture-Based Leaf Identificationfined vibrational modes. A well-known consequence of this coupling is the appearance of vibrational side bands in the current-voltage characteristics. We have recently shown that the coupling to vibrational modes can lead to new quantum transport effects for two reasons. (i) When vibrational equilib

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Yanhu Shan,Zhang Zhang,Kaiqi Huangleation sites. We present a detailed study of the nanowire size and length distribution and of the growth evolution. We find that the aspect ratio varies linearly with deposition time. The linearity coefficient is independent of the catalytic gold particle size and lateral nanowire density. The supe

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https://doi.org/10.1007/978-3-319-16199-0 devices. Most previous studies employed sputtered, polycrystalline samples. Here, we report on the first measurements of CIMS in single-crystalline nanopillars. Fe(14 nm)/Cr(0.9 nm)/Fe(10 nm)/Ag(6 nm)/Fe(2 nm) multilayers are deposited by molecular beam epitaxy. The central Fe layer is coupled to t