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量子光学基础（第4版）

量子光学基础（第4版）

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作者: [美] 梅斯瑞著

出版社: 世界图书出版公司

出版时间: 2010-08

版次: 4

ISBN: 9787510023989

定价: 49.00

装帧: 平装

开本: 24开

纸张: 胶版纸

页数: 507页

正文语种: 英语

分类: 自然科学

1 张插图图片

Thisbookgrewoutofa2-semestergraduatecourseinlaserphysicsandquan-tumoptics.Itrequiresasolidunderstandingofelementaryelectromagnetismaswellasatleastone,butpreferablytwo,semestersofquantummechanics. ClassicalElectromagneticFields
1.1MaxwellsEquationsinaVacuum
1.2MaxwellsEquationsinaMedium
1.3LinearDipoleOscillator
1.4Coherence
1.5Free-ElectronLasers
Problems

ClassicalNonlinearOptics
2.1NonlinearDipoleOscillator
2.2Coupled-ModeEquations
2.3CubicNonlinearity
2.4Four-WaveMixingwithDegeneratePumpFrequencies
2.5NonlinearSusceptibilities
Problems

QuantumMechanicalBackground
3.1ReviewofQuantumMechanics
3.2Time-DependentPerturbationTheory
3.3Atom-FieldInteractionforTwo-LevelAtoms
3.4SimpleHarmonicOscillator
Problems

MixturesandtheDensityOperator
4.1LevelDamping
4.2TheDensityMatrix
4.3VectorModelofDensityMatrix
Problems

CWFieldInteractions
5.1PolarizationofTwo-LevelMedium
5.2InhomogeneouslyBroadenedMedia
5.3CounterpropagatingWaveInteractions
5.4Two-PhotonTwo-LevelModel
5.5PolarizationofSemiconductorGainMedia

Problems
6MechanicalEffectsofLight
6.1Atom-FieldInteraction
6.2DopplerCooling
6.3TheNear-ResonantKapitza-DiracEffect
6.4AtomInterferometry
Problems

IntroductiontoLaserTheory
7.1TheLaserSelf-ConsistencyEquations
7.2Steady-StateAmplitudeandFrequency
7.3Standing-Wave,Doppler-BroadenedLasers
7.4Two-ModeOperationandtheRingLaser
7.5ModeLocking
7.6Single-ModeSemiconductorLaserTheory
7.7TransverseVariationsandGaussianBeams
Problems

OpticalBistability
8.1SimpleTheoryofDispersiveOpticalBistability
8.2AbsorptiveOpticalBistability
8.3IkedaInstability

Problems
9SaturationSpectroscopy
9.1ProbeWaveAbsorptionCoefficient
9.2CoherentDipsandtheDynamicStarkEffect
9.3InhomogeneouslyBroadenedMedia
9.4Three-LevelSaturationSpectroscopy
9.5DarkStatesandElectromagneticallyInducedTransparency
Problems

10ThreeandFourWaveMixing
10.1PhaseConjugationinTwo-LevelMedia
10.2Two-LevelCoupledModeCoefficients
10.3ModulationSpectroscopy
10.4NondegeneratePhaseConjugationbyFour-WaveMixing
Problems

11Time-VaryingPhenomenainCavities
11.1RelaxationOscillationsinLasers
11.2StabilityofSingle-ModeLaserOperation
11.3MultimodeModeLocking
11.4Single-ModeLaserandtheLorenzModel
Problems

CoherentTransients
12.1OpticalNutation
12.2FreeInductionDecay
12.3PhotonEcho
12.4RamseyFringes
12.5PulsePropagationandAreaTheorem
12.6Self-InducedTransparency
12.7SlowLight
Problems

FieldQuantization
13.1Single-ModeFieldQuantization
13.2MultimodeFieldQuantization
13.3Single-ModeFieldinThermalEquilibrium
13.4CoherentStates
13.5CoherenceofQuantumFields
13.6Quasi-ProbabilityDistributions
13.7SchrSdingerFieldQuantization
13.8TheGross-PitaevskiiEquation
Problems

InteractionBetweenAtomsandQuantizedFields
14.1DressedStates
14.2Jaynes-CummlngsModel
14.3SpontaneousEmissioninFreeSpace
14.4QuantumBeats
Problems

System-ReservoirInteractions
15.1MasterEquation
15.2Fokker-PlanckEquation
15.3LangevinEquations
15.4Monte-CarloWaveFunctions
15.5QuantumRegressionTheoremandNoiseSpectra
Problems

ResonanceFluorescence
16.1Phenomenology
16.2LangevinEquationsofMotion
16.3ScatteredIntensityandSpectrum
16.4ConnectionwithProbeAbsorption
16.5PhotonAntibnnching
16.6Off-ResonantExcitation
Problems

SqueezedStatesofLight
17.1SqueezingtheCoherentState
17.2Two-SidemodeMasterEquation
17.3Two-ModeSqueezing
17.4SqueezedVacuum
Problems

CavityQuantumElectrodynAmlcs
18.1GeneralizedMasterEquationfortheAtom-CavitySystem
18.2WeakCouplingRegime
18.3StrongCouplingRegime
18.4Velocity-DependentSpontaneousEmission
18.5Input-OutputFormalism
Problems

QuantumTheoryofaLaser
19.1TheMicromaser
19.2SingleModeLaserMasterEquation
19.3LaserPhotonStatisticsandLinewidth
19.4QuantizedSidemodeBuildup
Problems

Entanglement,BellInequalitiesandQuantumInformation
20.1Einstein-Podolsky-RosenParadoxandBellInequalities
20.2BipartiteEntanglement
20.3TheQuantumBeamSplitter
20.4QuantumTeleportation
20.5QuantumCryptography
20.6TowardQuantumComputing
Problems
References
Index
内容简介:
Thisbookgrewoutofa2-semestergraduatecourseinlaserphysicsandquan-tumoptics.Itrequiresasolidunderstandingofelementaryelectromagnetismaswellasatleastone,butpreferablytwo,semestersofquantummechanics.
目录:
ClassicalElectromagneticFields
1.1MaxwellsEquationsinaVacuum
1.2MaxwellsEquationsinaMedium
1.3LinearDipoleOscillator
1.4Coherence
1.5Free-ElectronLasers
Problems

ClassicalNonlinearOptics
2.1NonlinearDipoleOscillator
2.2Coupled-ModeEquations
2.3CubicNonlinearity
2.4Four-WaveMixingwithDegeneratePumpFrequencies
2.5NonlinearSusceptibilities
Problems

QuantumMechanicalBackground
3.1ReviewofQuantumMechanics
3.2Time-DependentPerturbationTheory
3.3Atom-FieldInteractionforTwo-LevelAtoms
3.4SimpleHarmonicOscillator
Problems

MixturesandtheDensityOperator
4.1LevelDamping
4.2TheDensityMatrix
4.3VectorModelofDensityMatrix
Problems

CWFieldInteractions
5.1PolarizationofTwo-LevelMedium
5.2InhomogeneouslyBroadenedMedia
5.3CounterpropagatingWaveInteractions
5.4Two-PhotonTwo-LevelModel
5.5PolarizationofSemiconductorGainMedia

Problems
6MechanicalEffectsofLight
6.1Atom-FieldInteraction
6.2DopplerCooling
6.3TheNear-ResonantKapitza-DiracEffect
6.4AtomInterferometry
Problems

IntroductiontoLaserTheory
7.1TheLaserSelf-ConsistencyEquations
7.2Steady-StateAmplitudeandFrequency
7.3Standing-Wave,Doppler-BroadenedLasers
7.4Two-ModeOperationandtheRingLaser
7.5ModeLocking
7.6Single-ModeSemiconductorLaserTheory
7.7TransverseVariationsandGaussianBeams
Problems

OpticalBistability
8.1SimpleTheoryofDispersiveOpticalBistability
8.2AbsorptiveOpticalBistability
8.3IkedaInstability

Problems
9SaturationSpectroscopy
9.1ProbeWaveAbsorptionCoefficient
9.2CoherentDipsandtheDynamicStarkEffect
9.3InhomogeneouslyBroadenedMedia
9.4Three-LevelSaturationSpectroscopy
9.5DarkStatesandElectromagneticallyInducedTransparency
Problems

10ThreeandFourWaveMixing
10.1PhaseConjugationinTwo-LevelMedia
10.2Two-LevelCoupledModeCoefficients
10.3ModulationSpectroscopy
10.4NondegeneratePhaseConjugationbyFour-WaveMixing
Problems

11Time-VaryingPhenomenainCavities
11.1RelaxationOscillationsinLasers
11.2StabilityofSingle-ModeLaserOperation
11.3MultimodeModeLocking
11.4Single-ModeLaserandtheLorenzModel
Problems

CoherentTransients
12.1OpticalNutation
12.2FreeInductionDecay
12.3PhotonEcho
12.4RamseyFringes
12.5PulsePropagationandAreaTheorem
12.6Self-InducedTransparency
12.7SlowLight
Problems

FieldQuantization
13.1Single-ModeFieldQuantization
13.2MultimodeFieldQuantization
13.3Single-ModeFieldinThermalEquilibrium
13.4CoherentStates
13.5CoherenceofQuantumFields
13.6Quasi-ProbabilityDistributions
13.7SchrSdingerFieldQuantization
13.8TheGross-PitaevskiiEquation
Problems

InteractionBetweenAtomsandQuantizedFields
14.1DressedStates
14.2Jaynes-CummlngsModel
14.3SpontaneousEmissioninFreeSpace
14.4QuantumBeats
Problems

System-ReservoirInteractions
15.1MasterEquation
15.2Fokker-PlanckEquation
15.3LangevinEquations
15.4Monte-CarloWaveFunctions
15.5QuantumRegressionTheoremandNoiseSpectra
Problems

ResonanceFluorescence
16.1Phenomenology
16.2LangevinEquationsofMotion
16.3ScatteredIntensityandSpectrum
16.4ConnectionwithProbeAbsorption
16.5PhotonAntibnnching
16.6Off-ResonantExcitation
Problems

SqueezedStatesofLight
17.1SqueezingtheCoherentState
17.2Two-SidemodeMasterEquation
17.3Two-ModeSqueezing
17.4SqueezedVacuum
Problems

CavityQuantumElectrodynAmlcs
18.1GeneralizedMasterEquationfortheAtom-CavitySystem
18.2WeakCouplingRegime
18.3StrongCouplingRegime
18.4Velocity-DependentSpontaneousEmission
18.5Input-OutputFormalism
Problems

QuantumTheoryofaLaser
19.1TheMicromaser
19.2SingleModeLaserMasterEquation
19.3LaserPhotonStatisticsandLinewidth
19.4QuantizedSidemodeBuildup
Problems

Entanglement,BellInequalitiesandQuantumInformation
20.1Einstein-Podolsky-RosenParadoxandBellInequalities
20.2BipartiteEntanglement
20.3TheQuantumBeamSplitter
20.4QuantumTeleportation
20.5QuantumCryptography
20.6TowardQuantumComputing
Problems
References
Index

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