原子光學(xué)英文版

Preface
Ⅰ　General Concepts
　1 Light Forces on Atoms
　　1.1　Two-Level Atoms
　　1.2　Adiabatic Elimination
　　1.3　Dipole and Radiation Pressure Forces
　　1.4　Dissipation
　2　Atomic Cooling
　　2.1　Ray and Wave Atom Optics
　　2.2　Doppler Cooling
　　2.3　Sisyphus Cooling
　　2.4　Subrecoil Cooling
　　2.5　Evaporative Cooling
Ⅱ　Linear Atom Optics
　3　Atomic Beam Collimation and Focusing
　　3.1　Collimation by Radiation Pressure Force
　　3.2　Focusing
　　3.3　Channeling by Standing Waves
　　3.4　Evanescent Field Mirrors
　　3.5　Focused Laser Beam Mirror
　4　Atomic Diffraction
　　4.1　Raman-Nath and Bragg Diffraction
　　　4.1.1　Raman-Nath Regime
　　　4.1.2　Bragg Regime
　　4.2　Stern-Gerlach Regime
　　4.3　Spontaneous Emission
　　4.4　Mechanical Gratings
　　4.5　Atom Interferometers
　5　Atomic Traps and Cavities
　　5.1　Magneto-Optical Traps
　　5.2　Magnetic Traps
　　　5.2.1　Quadrupole Traps
　　　5.2.2　Ioffe-Pritchard Traps
　　5.3　Optical Traps
　　5.4　Gravitational Cavities
　　5.5　Atomic Waveguides
Ⅲ　Nonlinear Atom Optics
　6　Collisions
　　6.1　Near-Resonant Dipole-Dipole Interaction
　　6.2　Propagation Effects
　　　6.2.1　Free-Space-Like Regime
　　　6.2.2　Large Interatomic Separations, x/c>> F-1
　　6.3　s-Wave Scattering and Pseudopotentials
　　　6.3.1　s-Wave Scattering
　　　6.3.2　Pseudopotentials
　7　Simple Applications
　　7.1　Dipole-Dipole Interaction in an Atomic Cavity
　　　7.1.1　Momentum Selection Rules
　　　7.1.2　Energy Selection Rules
　　7.2　Atomic Diffraction by a SchrSdinger Field
Ⅳ　Quantum Atom Optics
　8　Review of Manybody Theory
　　8.1　SchrSdinger Field Quantization
　　8.2　The Hartree Approximation
　　8.3　Quasiparticles
　……
9 Matte-Wave Coherence
10 BOse-Einstein Condensation
11 Atom Lasers
12 Nonlinear Wave Mixing
13 Mixing of Optical and Matter Waves
References
Index