Titlebook: Near-field Nano/Atom Optics and Technology; Motoichi Ohtsu Book 1998 Springer Japan 1998 Dispersion.Nanomaterial.Raman spectroscopy.Taper.

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Functional Probes,s microor submicro-meter, which is equal to or less than an optical wavelength. However, it is worth noting that nanometric size is expected in the future with improved technology to be fully compatible with near-field optics.

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Near-Field Optical Atom Manipulation: Toward Atom Photonics, atom manipulation with high spatial accuracy. This chapter covers several methods of guiding and manipulating atoms by means of an optical near field. First, before discussing details, we will give an outline of the control of atomic motion based on the near-resonant mechanical interaction between an atom and an optical near field.

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High-Throughput Probes,t contribute to this loss, this chapter treats only the fiber probe without a protruded part, i.e., a flat-apertured probe. Its cross-sectional profile is shown in Fig. 4.1a, for which the foot diameter d. of the protruded probe in Fig. 4.1b can be called the aperture diameter.

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Diagnosing Semiconductor Nano-Materials and Devices,ental results obtained with an apertured probe (see Fig. 4.1) have been much more informative than data obtained using a protruded probe. Almost all the experiments in this chapter were performed using an apertured probe with foot diameters, .., from 100 nm to 1 μm.