Titlebook: Nanoscale Science and Technology; N. García,M. Nieto-Vesperinas,H. Rohrer Book 1998 Springer Science+Business Media Dordrecht 1998 magneti

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Spin Textures in Quantum Dotssult is a set of analytical many-body wave-functions of spin excitations which describe all of the necessary quantum numbers. These states present topological structure of different spin textures, some of which are located at the bulk, and others at the edge. Bulk charged skyrmions can be expressed

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Theory of Near Field Opticst subwavelength distance from it. The sample is illuminated from its dielectric side by a focused beam either at normal or total internal reflection incidence. The near field distribution projected into the far zone by the particle, as well as its imaging characteristics, is analyzed. A filtering of

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Quo Vadis, Near-Field Optics?order of magnitude still remaining. SNOM provides chemical specificity based on spectral (amplitude, phase), polarization, and/or fluorescence contrast; it also allows dynamic studies with femtosecond time resolution and photochemistry on the nanometer scale. In spite of these prospects and consider

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Quantum Optics of Atomic Systems Confined in a Dielectric Environmentl fibers, semiconductor microstructures, sharp-pointed needle tips) with a characteristic size of the order of micrometer, or even tens of nanometers, are currently used. The optics of microstructures or nanostructures is a specific domain of optics, since it deals with objects whose size is commens

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Optical Properties of InP Quantum Wires Grown in Hollow Cylindrical Channels of Chrysotile Asbestos discreteness of the energy spectrum added to its low density of states and controllable anisotropy, features inherent to each individual nanostructure, make these ensembles very attractive for application in, for example, non-linear optics. However, to meet a practical demand such nanostructures sh

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