運(yùn)算量子物理學(xué)

Prologue
Ⅰ Introduction
1.Observables ad POV Measures
2.Historical Survey
Ⅱ Theory
1.Hilbert Space Frame
2.Physical and Mathematical Features of POV Measures
3.Quanturm Measurement Theory
4.Individual Interpretation of Quantum Mechanics
Ⅲ Observables
1.Observables as Covariant Objects
2.Position and Monmentum
3.Angular Momentum and Angle
4.Engergy and Time
5.Photon Observables
Ⅳ Measurements
1.Contiuous Observables
2.Pairs of Obervalbes
3.Mesurements and Conservation Laws
Ⅴ Uncertainty
1.Coarse-Graining
2.Informational Completeness
3.Unsharpness
4.Uncertainty Relations
Ⅵ Phase Space
1.Reprentation of States as Phase Space Functions
2.Joint Position-Momentum Measurement
3.Classical Limit
Ⅶ Experiments
1.Stern-Gerlach Experiment
2.Informationally Complete Polarisation Measurment
3.Measurement Schemes Involving Photons
4.Wave-Particale Duality of Photons
Epilogue
References
Notations
Subject Index