Titlebook: Metasurface Holography; Zi-Lan Deng,Xiangping Li,Guixin Li Book 2020 Springer Nature Switzerland AG 2020

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Phase Modulation Rules of Metasurface Holograms,resonance and scattering properties of the individual meta-atoms. Typically, by varying the shape, orientation, size, and position of the meta-atoms, one can apply the resonant phase, geometric P-B phase, propagation phase, detour phase, and any combinations of those phase modulation rules to modulate the wavefront of light versatilely.

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reported the analgesic effects of radiotherapy for painful rheumatoid arthritis. Since then, the use of these techniques for painful muscle-skeletal diseases has gained acceptance particularly in Europe but is still carried out actively in the United States. Non-malignant diseases that are amenable

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Phase Modulation Rules of Metasurface Holograms,resonance and scattering properties of the individual meta-atoms. Typically, by varying the shape, orientation, size, and position of the meta-atoms, one can apply the resonant phase, geometric P-B phase, propagation phase, detour phase, and any combinations of those phase modulation rules to modula

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Surface-Wave and Metagrating Holography,terference technique has been successfully applied in surface plasmon waves [1], and the wavefronts of both free-space wave and surface wave could be shaped by a general holographic way in a metagrating configuration. The free-space wave and surface wave could be mutually converted in different diff

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Summary and Outlook,y shape free-space wavefront by controlling “holo” attributes typically including both amplitude and phase of the light field. Although many fascinating applications such as holographic data storage, real 3D image display have been demonstrated based on traditional holography, there were still tough

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Introduction and Outline,holography has been extensively studied by the information optics community and has made tremendous progress in the past years, leading to many practical applications such as holographic storage [2], interferometry [3], lithography [4], and three-dimensional (3D) displays [5].