Principles of Physical Optics (2版)

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目錄 1 The Physics of Waves 2 Electromagnetic Waves and Photons 3 Reflection and Refraction 4 Geometric Optics I 5 Geometric Optics II 6 Polarization 7 Superposition and Interference 8 Diffraction 9 Lasers 10 Optical Imaging Appendix A Chapter 1 Appendix: Transverse Traveling Waves on a String Appendix B Chapter 2 Appendix: Electromagnetic Wave Equations Appendix C Chapter 5 Appendix: Calculation of the Jeans Number Appendix D Chapter 7 Appendix: Fourier Series Appendix E Solutions to Selected Problems

Scattering & Diffraction in Physical Optics (2版)

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This book presents a comprehensive tutorial on propagation, diffraction and scattering problems from the basic principles of physical optics. Beginning with the fundamental differential and integral equations for wavefields, the text presents an exhaustive discussion on the extinction theorem as a non-local boundary condition; this has been extensively employed for the rigorous solution of scattering and diffraction problems. There is also an in-depth presentation of the topic of scattering from rough surfaces, in particular the phenomenon of enhanced backscattering, as well as a detailed development of the angular spectrum representation of fields leading to questions on non-diffraction beams. Of key interest in near field optical microscopy and nanooptics, the S-matrix theory based on the angular spectrum for propagating components and the recently discovered properties of the S-matrix for evanescent components of wavefields are considered. In addition, the book deals with the healing effect of phase conjugation on waves, and focuses on some applications concerning the relationship with time reversal. Readers will also find discussions on image recovery from partial information data (phase problems and super-resolution problems), as well as a chapter on the fundamentals of near field optical microscopy techniques, including the hot topic of propagation in negative index media.

QUANTUM COMMUNICATION: PHYSICAL LAYER FUTURE OPTIC

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"This book is the second volume in the series New Era Electronics, a compilation of lecture notes defining the important concepts tied to the electronics transition happening in the 21st century. Quantum communication is introduced in this volume through the coverage of relevant, basic concepts of quantum mechanics and the introduction of quantum elements of a quantum optical communication system. Also included is a quantum description of electromagnetic fields and its interaction with atoms to generate, store, measure and control quantum optical information encoded onto optical fields. By taking a conceptual and less mathematical approach to quantum optics and quantum information, this book becomes accessible to broader audiences and engineers working actively in the technical field. The reader is only required to have a basic understanding of undergraduate linear algebra. Sample Chapter(s) Preface Contents: Introduction and Basic Concepts: Introduction Introduction to Quantum Mechanics Dirac Notation Density Operator Commutation Relation Entanglement Photons and Atoms for Quantum Optical Information: Quantum Electromagnetic Fields Optical Resonators Photon Correlation Atoms Light-Atom Interactions Strong Light-Atom Interactions Two-photon Transitions in Three-Level Atoms Dynamics of Density Operator Interaction of Light with Atoms in Free Space Quantum Communication: Quantum Key Distribution Quantum Teleportation Quantum Optical Memory DLCZ Entanglement Distribution Protocol Long-Distance Entanglement Distribution Quantum Optical Networks: Implementation and Applications Readership: Advanced undergraduates and junior graduates in Electrical Engineering, Chemical Engineering, Material Engineering and Physical Sciences."