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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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Quantum Holographic Teleportation and Dense Coding of Optical Images,iment is to apply the laws of the quantum world to information processing and communication. One can mention here quantum cryptography, quantum computing, quantum teleportation, quantum dense coding, and other applications. It seems natural to extend the concepts and approaches developed in quantum
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Orbital Angular Momentum of Light,ced to the observation that the Laguerre–Gaussian modes, familiar from laser physics, carry a well-defined quantity of orbital angular momentum [1]. To be specific, the mode ... (Eq. (12.21)) propagating in the .-direction, with azimuthal dependence exp(iℓø), carries a .-component of orbital angular
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Quantum Imaging by Synthesis of Multimode Quantum Light,f highly multimode quantum optics. To date, most of the quantum imaging ideas and experiments aim to produce light that is at the same time nonclassical and highly multimode [2, 3]. These fascinating multimode features can be a source of theoretical complications and experimental difficulties.
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Ghost Imaging,l recently [1–11]. It is by now clear that appropriate classically correlated beams also can be used to implement such a technique [12–25]; the interesting relation between the two kinds of approaches will be discussed in the last two sections of this chapter.
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ok contains the most important theoretical and experimental results achieved by the researchers of the Quantum Imaging network, a research programme of the European Community..978-1-4899-9427-1978-0-387-33988-7
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