原子光學（簡體書）

原子光學是近年來興起的基於量子力學的物理學前沿領域，涉及原子物理、分子物理和量子光學等物理學分支。原子光學基礎的建立可追溯到1929年，其深入的實驗研究則是近幾年的事。本書重點關注光在原子光學中的應用以及對光與原子相互作用的理解。全書包括基本概念、線性原子光學、非線性原子光學與量子原子光學四部分共13章，分別為：光作用于原子的力，原子冷卻，原子束的準直與聚焦，原子折射，原子陷阱與腔，碰撞，（碰撞的）簡單應用，多體理論回顧，物質波相干，玻色－愛因斯坦凝聚，原子激光，非線性混波，光波與物質波的混波。對于從事原子激光、原子捕獲、玻色－愛因斯坦凝聚等領域研究的或嘗試進入這些領域的研究人員，本書是一本系統的入門參考書。

Preface
ⅠGeneral Concepts
1 Light Forces on Atoms
1.1Two-Level Atoms
1.2Adiabatic Elimination
1.3Dipole and Radiation Pressure Forces
1.4Dissipation

2 Atomic Cooling
2.1Ray and Wave Atom Optics
2.2Doppler Cooling
2.3Sisyphus Cooling
2.4Subrecoil Cooling
2.5Evaporative Cooling
ⅡLinear Atom Optics

3 Atomic Beam Collimation and Focusing
3.1Collimation by Radiation Pressure Force
3.2Focusing
3.3Channeling by Standing Waves
3.4Evanescent Field Mirrors
3.5Focused Laser Beam Mirror

4 Atomic Diffraction
4.1Raman-Nath and Bragg Diffraction
4.1.1Raman-Nath Regime
4.1.2Bragg Regime
4.2Stern-Gerlach Regime
4.3Spontaneous Emission
4.4Mechanical Gratings
4.5Atom Interferometers

5 Atomic Traps and Cavities
5.1Magneto-Optical Traps
5.2Magnetic Traps
5.2.1Quadrupole Traps
5.2.2Ioffe-Pritchard Traps
5.3Optical Traps
5.4Gravitational Cavities
5.5Atomic Waveguides
ⅢNonlinear Atom Optics

6 Collisions
6.1Near-Resonant Dipole-Dipole Interaction
6.2Propagation Effects
6.2.1Free-Space-Like Regime
6.2.2Large Interatomic Separations, x/c>> F-1
6.3s-Wave Scattering and Pseudopotentials
6.3.1s-Wave Scattering
6.3.2Pseudopotentials

7 Simple Applications
7.1Dipole-Dipole Interaction in an Atomic Cavity
7.1.1Momentum Selection Rules
7.1.2Energy Selection Rules
7.2Atomic Diffraction by a SchrSdinger Field
ⅣQuantum Atom Optics
8Review of Manybody Theory
8.1SchrSdinger Field Quantization
8.2The Hartree Approximation
8.3Quasiparticles
……
9 Matte-Wave Coherence
10 BOse-Einstein Condensation
11 Atom Lasers
12 Nonlinear Wave Mixing
13 Mixing of Optical and Matter Waves
References
Index