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Titlebook: Quantum Imaging; Mikhail I. Kolobov Book 2007 Springer-Verlag New York 2007 Noiseless image amplification.Quantum holographic teleportatio

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Orbital Angular Momentum of Light, the operator corresponding to the .-component of orbital angular momentum .. = -./. [2]. A convincing demonstration follows from an analysis of the Poynting vector and the associated angular momentum density [1, 3] as briefly described in Section 12.2.
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Quantum Imaging by Synthesis of Multimode Quantum Light, view, such images can be described by a quantum state that spans as many transverse modes as pixels [1]. Quantum imaging is therefore the archetype of highly multimode quantum optics. To date, most of the quantum imaging ideas and experiments aim to produce light that is at the same time nonclassic
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Quantum Limits of Optical Super-Resolution,ntury [1]. This classical limit states that the resolution of an optical system is limited by diffraction on the system pupil. Because of diffraction a point source at the input of the system creates a diffraction pattern of finite size on its output. When two point sources are placed closer and clo
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Optical Image Processing in Second-Harmonic Generation,has nevertheless been around for quite some time. At a classical level early works demonstrated frequency transfer of an optical image from the infrared to the visible domain [2, 3], and later from the visible to the UV domain [4, 5], as well as parametric amplification of an UV image [6, 7], and co
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