Progress in Optics (Progress in Optics) 〈64〉

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Progress in Optics (Progress in Optics) 〈64〉

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  • 製本 Hardcover:ハードカバー版/ページ数 321 p.
  • 言語 ENG,ENG
  • 商品コード 9780444642752
  • DDC分類 535

Full Description


Progress in Optics, Volume 64, the latest release in a series that presents an overview of the state-of-the-art in optics research. In this update, readers will find timely chapters on measuring polarization states, optics of random media, PT symmetries, radiation pressure, dressed photon science, topological plasmonics, and classical entanglement, amongst other topics.

Table of Contents

Contributors                                       vii
Preface ix
1 Light Propagation in a Turbulent Ocean 1 (44)
Olga Korotkova
1 Introduction 2 (3)
2 Homogeneous Turbulence 5 (2)
3 Oceanic Turbulence 7 (6)
4 Coherent Optical Wave Propagation 13 (10)
5 Scalar Random Optical Beams 23 (6)
6 EM Random Optical Beams Propagation 29 (5)
7 Simulations, Experiments, and 34 (3)
Applications
References 37 (8)
2 Dressed Photon as an Off-Shell Quantum 45 (54)
Field
Motoichi Ohtsu
Izumi Ojima
Hirofumi Sakuma
1 Introduction 46 (1)
2 Overturning Conventional Wisdoms in 47 (1)
Optical Science by Dressed Photons
3 Properties of Dressed Photons and Their 48 (4)
Theoretical Models
4 Toward Off-Shell Science 52 (2)
5 Progress in Experimental Studies 54 (13)
6 On a New Model of the Dressed Photon 67 (2)
7 Clebsch Parameterization 69 (11)
8 On Virtual and Dressed Photons 80 (4)
9 On Possible Existence of Underlying 84 (2)
Quantum Fields
10 Brief Summary of Micro-Macro Duality 86 (5)
in Quadrality Scheme
11 Summary 91 (2)
Acknowledgments 93 (1)
References 93 (6)
3 Classically Entangled Light 99 (56)
Andrew Forbes
Andrea Aiello
Bienvenu Ndagano
1 Introduction 100(1)
2 What is Entanglement? 101(13)
3 Classically Entangled Light 114(16)
4 Quantum Measurements on Classically 130(8)
Entangled Light
5 Applications of Classically Entangled 138(5)
Light
6 Concluding Remarks 143(1)
Acknowledgments 144(1)
References 144(11)
4 Multi-Photon Excitation Based Nonlinear 155(124)
Optical Effects and Applications
Guang S. He
1 Introduction 156(3)
2 Quantum Electrodynamic Theory of 159(28)
Multi-Photon Absorption (MPA)
3 Highly Multi-Photon Absorption 187(23)
Materials and Characterizations
4 Multi-Photon Pumped Upconversion Lasing 210(16)
and Stimulated Scattering
5 MPA-Based Optical Limiting and 226(9)
Stabilization
6 Data Storage and Microfabrication Based 235(9)
on Multi-Photon Excitation (MPE)
7 MPE-Based Nonlinear Optical 244(22)
Photoelectric Effects
References 266(13)
Author Index for Volume 64 279(16)
Subject Index for Volume 64 295(8)
Cumulative Index-Volumes 1-64 303