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An Introduction to Quantum Optics (Second Edition)/Modern Physics Basis Books (Chinese Edition) - Softcover
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Paperback. Pub Date: 2012 Pages: 404 Language: English Publisher: Science Press modern physical basis of Series 41: Introduction to Quantum Optics (2nd Edition) from the classical and quantum properties of the interaction between light and matter. and the latest experimental and theoretical research. the system introduces a new discipline (as opposed to the classical optics) that the establishment and development of quantum optics. The content of eight chapters. the first three chapters of the interaction of light and medium semi-classical and quantum theory of light. the prior knowledge of the book. 4-7 is the subject of quantum optics. including laser oscillation coherence of the light field correlation function. the light coherent state representation P. the second-order correlation function of the light field. clustering and anti-clustering. EPR paradox Bell inequalities...
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- PublisherScience Press
- Publication date2012
- ISBN 10 7030339762
- ISBN 13 9787030339768
- BindingPaperback
- LanguageChinese
- Number of pages404
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Introduction to Quantum Optics (Second Edition)(Chinese Edition)
Seller: liu xing, Nanjing, JS, China
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paperback. Condition: New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub Date: Unknown Pages: 404 in Publisher: Science Press List Price: 79.00 yuan Author: Tan Weihan Publisher: Science Press ISBN: 9.787.030.339.768 Page: 404 Edition: 2 Binding: Paperback: 16 Published: 2012-5-1 printing Time: Words: 509.000 merchandise identification: 22752254 Description This Introduction to Quantum Optics (2nd Edition) by Wei-Han Tan forward from the classical and quantum properties of the interaction between light and matter. as well as the latest experimental theoretical research. the system introduces a new discipline (as opposed to the classical optics) that the establishment and development of quantum optics. Content of 8 chapters. the first three chapters of the interaction of light and medium semi-classical and quantum theory of light. the prior knowledge of the book. 4 to 7 for the subject of quantum optics. including laser oscillation. the coherence of the light field correlation function light coherent state representation P. the second-order correlation function of the light field. clustering and anti-clustering. EPR paradox. Bell inequalities. light entangled states. squeezed states. as well as resonance fluorescence. laser deflection of atomic beam. etc. Chapter 8 optical parametric down conversion and its application. Introduction to Quantum Optics (2) available to institutions of higher learning physics and laser professional undergraduate and graduate students to read. but also for researchers engaged in fundamental research and application reference. Classical theory 1.1.1 Author Introduction Chapter 1 light interacting with a nonlinear medium of classical and quantum theory 1.1 nonlinear interaction of electromagnetic wave propagation in nonlinear media 1.1.2 polarizability tensor symmetry 1.2 Optical wave interaction 1.2.1 three wave coupling 1.2.2 Four-wave coupled 1.3 optical nonlinear medium interacting quantum theory 1.4 weak field perturbation method for solving SchrSdinger equation 1.5 density matrix equation and its perturbation solution 1.5 .1 density matrix equation 1.5.2 the perturbation method decryption matrix equation the 1.6 wave field (r. t) Quantum 1.7 electromagnetic field quantization 1.7.1 electromagnetic field mode Expand 1.7.2 electromagnetic field quantization 1.7.3 solved analytically References Chapter 2 two-level photon number state (Fock state 1 1.8 atomic radiation line width and energy levels of shift 1.8.1. single atomic radiation 1.8.2 N atomic radiation. Appendix 1A (1.2.27) system density matrix solving and optical pulse propagation in nonlinear media 2.1 two-level atomic density matrix vector model 2.2 Bloch equation and its solution 2.3 linear absorption and saturation absorption of 2.4 optical nutation free induced decay 2.5 dip multifocal phenomenon 2.7.1 2.7 light pulses from poly poly light pulses from the quasi-steady-state theory of becoming an area of ??approximately 2.6 light pulse propagation Theorem 2.7.2 light pulse self-poly instability analysis 2.7.3 light pulse since poly A numerical calculation of 2.8 beam transmission ABCD Theorem 2.8.1 paraxial beam propagation Zhao GD Theorem 2.8.2 universal beam transmission ABCD theorem proof the the 2.8.3 beam transmission diffraction integral 2.9 light pulses superluminal transmission 2.9.2 2.9.1 terminal wave propagation gain anomalous dispersion medium rectangular pulse propagation gain anomalous dispersion medium 2.9.3 Gauss light pulse propagation gain anomalous dispersion medium Appendix 2A (2.6.24 dressed states of the atoms References Chapter 3) the derivation of the formula Appendix 2B (2.7.26) to-analytic solution of 3.1 two-level atom Schrodinger equation dressed states of the atom 3.2 3.3 Cohen-Tannoudji dressed atom 3.4 atomic 4.1.2 Linear polarization of the semi-classical theory part of the dressed states expand References Chapter 4 laser 4.1 laser oscillation Oscillation T. Seller Inventory # EJ010468
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