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Titlebook: Quantum Photonics: Pioneering Advances and Emerging Applications; Robert W. Boyd,Svetlana G. Lukishova,Victor N. Zad Book 2019 Springer Na

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書目名稱Quantum Photonics: Pioneering Advances and Emerging Applications
編輯Robert W. Boyd,Svetlana G. Lukishova,Victor N. Zad
視頻videohttp://file.papertrans.cn/782/781401/781401.mp4
概述Reviews the emerging research area of modern quantum photonics.Covers experiments at the limit of single photons.Includes pioneering single-photon and nonlinear optics experiments from a time when bot
叢書名稱Springer Series in Optical Sciences
圖書封面Titlebook: Quantum Photonics: Pioneering Advances and Emerging Applications;  Robert W. Boyd,Svetlana G. Lukishova,Victor N. Zad Book 2019 Springer Na
描述.This book brings together reviews by internationally?renowed?experts on quantum optics and photonics. It describes novel experiments at the limit of single photons, and presents advances in this emerging research area. It also includes reprints and historical descriptions of some of the first pioneering experiments at a single-photon level and nonlinear optics, performed before the inception of lasers and modern light detectors, often with the human eye serving as a single-photon detector. The book comprises 19 chapters, 10 of which describe modern quantum photonics results, including single-photon sources,? direct measurement of the photon‘s spatial wave function, nonlinear interactions and non-classical light, nanophotonics for room-temperature single-photon sources, time-multiplexed methods for optical quantum information processing, the role of photon statistics in visual perception, light-by-light coherent control using metamaterials, nonlinear nanoplasmonics, nonlinear polarization optics, and ultrafast nonlinear optics in the mid-infrared..
出版日期Book 2019
關(guān)鍵詞Lower limit of human vision; Nano-antennas for light; Non-classical light sources; Nonlinear nanoplasmo
版次1
doihttps://doi.org/10.1007/978-3-319-98402-5
isbn_ebook978-3-319-98402-5Series ISSN 0342-4111 Series E-ISSN 1556-1534
issn_series 0342-4111
copyrightSpringer Nature Switzerland AG 2019
The information of publication is updating

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The First Single Photon Sources and Single Photon Interference Experimentskets” and attenuated classical light pulses or light beams. The quantum behavior of single photons—they cannot yield more than one photodetection—is contrasted with the behavior of attenuated classical light, which always yields some possibility of a joint detection on both sides of a beam splitter.
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Direct Measurement of the Photon’s Spatial Wave Functionvides a scalable and easy- to-implement approach for characterizing the transverse structure of single photons. This protocol is particularly attractive in light of the emerging role of high-dimensional optical states as a resource for encoding quantum information. We present a summary of various im
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Nonlinear Interactions and Non-classical Lightstood. Its existence is a direct consequence of field quantization; its study is a source of our understanding of many quantum phenomena. Non-classical light also has properties that may be of technological significance. We start this chapter by discussing the definition of non-classical light and b
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Nanophotonic Advances for Room-Temperature Single-Photon Sourcess in time in contrast to faint laser sources), including the authors’ results on SPSs with definite circular and linear polarizations. SPSs are important devices in secure quantum communication. Some quantum computing schemes are also based on such sources. Quantum metrology, quantum memory and fund
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The Role of Photon Statistics in Visual Perceptionotoreceptor cells within the eye, known as retinal rod cells. Rod cells provide vision under low light conditions and they are sensitive at a single photon level. We review experiments on interaction of the rod cells with light sources of different photon statistics, including coherent, pseudo-therm
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Controlling Light with Light via Interference on Photonic Metamaterialsvelength, lead to controllable energy exchange between incident and scattered waves and thereby to a plethora of new technological opportunities. Planar photonic metamaterials—ultrathin media with nano-engineered optical properties—can realize the full potential of this concept to change optical dat
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