Titlebook: Engineering Optics 2.0; A Revolution in Opti Xiangang Luo Book 2019 Springer Nature Singapore Pte Ltd. 2019 Engineering Optics.Evanescent w

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Fabrication Techniques,writing techniques, and subwavelength structures fabrication techniques. The principles and implementations of these methods will be stated in detail. Some technological challenges in EO 2.0 are also discussed, including large-aperture manufacturing, conformal flexible manufacturing, and super-molecular and super-atom manufacturing.

增減字母法

沒血色

Generation and Manipulation of Special Light Beams,an control the basic properties of light (phase, amplitude, polarization) and thus engineer the beams’ wavefront profile at will. This possibility greatly expands the frontiers of optical engineering with attendant reduction of thickness, size, and complexity.

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Perfect Absorption of Light,w and broadband optical absorbers with special attentions paid on wide-angle, transparent, and refractory absorbers, which show great advantages over their traditional counterparts. Their applications in bolometers, solar cells, and sensors are presented.

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,Introduction?to Engineering Optics 2.0,ion techniques, as well as the advancement of electronic computers and numerical simulation algorithms. In this chapter, we give a detailed introduction of the background and progress of this new area.

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,Kautsky’s Critique of Religion,d on various subwavelength structures are introduced, with some special attentions paid on the polarization-encoded and dynamic structural colors. Then, the meta-holography with polarization-independent/dependent, full-color, three-dimensional, high-efficiency, and broadband properties is discussed.