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  极端非线性光学
  ￥54.51元

光脉冲宽度压缩技术的飞速发展导致超强超短光脉冲的出现。这种极高强度的超短脉冲在某些物质中传播时，出现了大量新的非同寻常的效应。例如:具有反演中心的物质中产生了相当强的二次谐波；气体中出现高转换效率的非常高阶的谐波，可用来获得阿秒电磁脉冲或脉冲串。这些都与传统非线性光学理论的推断不一致，人们将其归到极端非线性光学的范畴。实际上，极端非线性光学的内容与诸多领域有关，其中包括固态物理，原子物理，真空里的相对论自由电子，甚至真空本身。本书写法深入浅出。书中前面的章节从普通物理教课书中的两个著名模型（即洛伦兹振子模型和Drude模型）出发，将其推广作为本书基础。书中给出许多图示和范例。叙述的水平可以为每一位大学本科物理系学生接受。以后的章节逐步引入近代最新的进展，并提供对这一领域的透彻的概述。每一章都提供一些练习题，用来加深读者对重要课题的理解。书末给出了习题的详细解答.

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• 1 Introduction
  1.1 TraditionalŽ Nonlinear Optics-Extreme Nonlinear Optics
  1.2 How to Read this Book?
  2 Selected Aspects of Few-Cycle Laser Pulses and Nonlinear Optics
  2.1 Maxwell Equations
  2.2 The Light Intensity
  2.3 Electric Field in a Laser Resonator
  2.4 A Brief Look at Phenomenological Nonlinear Optics
  2.5 Even-Harmonic Generation and Inversion Symmetry
  2.6 Principle of Measuring the Carrier-Envelope Frequency
  3 The Lorentz Oscillator Model and Beyondƒ
  3.1 Linear Optics:Revisiting the Lorentz Oscillator Model
  3.2 Two-Level Systems and Rabi Energy
  3.3 Carrier-Wave Rabi Flopping
  3.4 Frequency Doubling with Inversion Symmetry
  3.5 Quantum Interference of Multiphoton Absorption
  3.6 High Harmonics from Two-Level Systems
  3.6.1 The 'Static-Field Approximation'
  3.6.2 The 'Square-Wave Approximation'
  3.6.3 The Dressed Two-Level System:Floquet States
  4 The Drude Free-Electron Model and Beyondƒ
  4.1 Linear Optics:The Drude Model
  4.2 Electron Wave Packets Driven by Light
  4.2.1 Semiclassical Considerations
  4.2.2 Quantum-Mechanical Treatment:Dressed Electrons
  4.3 Crystal Electrons
  4.3.1 Static-Field Case
  4.3.2 High Harmonics from Carrier-Wave Bloch Oscillations
  4.4 Extreme Nonlinear Optics of Relativistic Electrons
  4.4.1 Second-Harmonic Generation and Photon Drag
  4.4.2 Nonperturbative Regime
  4.5 Extreme Nonlinear Optics of Dirac Electrons
  4.6 Unruh Radiation
  5 Lorentz Becomes Drude:Bound-Unbound Transitions
  5.1 High-Harmonic Generation:Phenomenological Approach
  5.2 The Keldysh Parameter
  5.3 Field Ionization of Atoms
  5.4 High-Harmonic Generation
  5.4.1 Three-Step Scenario and Cutoff
  5.5 Application to Photoemission from Metal Surfaces
  6 Accounting for Propagation Effects
  6.1 Numerical Solution of the Nonlinear Maxwell Equations
  6.2 Slowly Varying Envelope Approximation
  6.3 Gouy Phase and Carrier-Envelope Phase
  6.4 Reshaping of the Amplitude Spectrum
  7 Extreme Nonlinear Optics of Semiconductors and Isolators
  7.1 Carrier-Wave Rabi Flopping
  7.1.1 Experiment
  7.1.2 Theory
  7.1.3 Dependence on the Carrier-Envelope Phase
  7.1.4 SemiconductorBloch Equations
  7.2 'THG in the Disguise of SHG'
  7.3 Dynamic Franz-Keldysh Effect
  7.4 Photon Drag or Dynamic Hall Effect
  7.5 Conical Second-Harmonic Generation
  8 Extreme Nonlinear Optics of Atoms and Electrons
  8.1 High-Harmonic Generation From Atoms
  8.1.1 Gas Jets
  8.1.2 Hollow Waveguides
  8.1.3 Quasi Phase-Matching in Modulated Capillaries
  8.1.4 Dependence on the Carrier-Envelope Phase
  8.2 Relativistic Nonlinear Thomson Scattering
  Solutions
  Symbols
  References
  Index