Front Cover; Advances in Atomic, Molecular, and Optical Physics, Volume 34; Copyright Page; Contents; Contributors; Preface; Chapter 1. Atom Interferometry; I. Introduction; II. General Principles; III. Beam Splitters; IV. Applications of Atom Interferometry; V. Atom Interferometers; VI. Outlook; References; Chapter 2. Optical Tests of Quantum Mechanics; I. Introduction: The Planck-Einstein Light-Quantum Hypothesis; II. Quantum Properties of Light; III. Nonclassical Interference and "Collapse"; IV. Complementarity; V. The EPR "Paradox" and Bell's Inequalities; VI. Related Issues

VII. The Reality of the Wave FunctionVIII. The Single-Photon Tunneling Time; IX. Envoi; References; Chapter 3. Classical and Quantum Chaos in Atomic Systems; I . Introduction; II. Time Scales-Energy Scales; III. Spectroscopy; IV. Wave Functions: Localization and Scars; V. Dynamics; VI. Conclusions; References; Chapter 4. Measurements of Collisions between Laser-Cooled Atoms; I. Introduction; II. Collisions in Optical Traps: General Considerations; III. Collisions of Ground State Atoms; IV. Collisions Involving Singly Excited States; V. Collisions Involving Doubly Excited States; References

Chapter 5. The Measurement and Analysis of Electric Fields in Glow Discharge PlasmasI. Introduction; II. Theory of the Stark Effect; III. Electric Field Mapping Based on the Stark Effect in Atoms; IV. Electric Field Mapping Based on the Stark Effect in Molecules; V. Conclusion; References; Chapter 6. Polarization and Orientation Phenomena in Photoionization of Molecules; I. Introduction; II. Spin Polarization of Photoelectrons Ejected from Unoriented Molecules; III. Photoionization of Oriented Molecules; IV. Circular and Linear Dichroism in the Angular Distribution of Photoelectrons

V. Optical Activity of Oriented MoleculesVI. Conclusions; References; Chapter 7. Role of Two-Center Electron-Electron Interaction in Projectile Electron Excitation and Loss; I. Introduction; II. Theory; III. Comparison with Experiment; IV. Conclusion; References; Chapter 8. Indirect Processes in Electron Impact Ionization of Positive Ions; I . Introduction; II. Basic Ideas: The Independent Processes Model; III. Theory; IV. Comparison of Experimental and Theoretical Data; V. Conclusions; References; Chapter 9. Dissociative Recombination: Crossing and Tunneling Modes; I. Introduction

II. Upper Limit to Rate CoefficientIII. Crossing Dissociative Recombination; IV. Tunneling Dissociative Recombination; V. Signature of Polyatomic Ion Dissociative Recombination; References; Index; Contents of Volumes in This Serial