Quantum Measurements in Optics

I. Atomic Inferferometry and Trapping.- Quantum Theory of Particle Trapping by Oscillating Fields.- Quantum Measurements on Localized Particles.- Interferometry with Metastable Rare Gas Atoms.- Quantum Measurements in Atomic Interferometry.- An Atomic-Beam Quantum-Eraser Gedanken Experiment.- II. Quantum Measurements.- Quantum Mechanical Watch-Dog Effect and Measurement-Induced State Reduction in a Semiconductor Laser.- Quantum Non-Demolition Measurement of an Optical Intensity in a Three-Level Atomic Non-Linear System.- The Quantum Measurement Process and the One-Atom Maser.- Phase-Sensitive Back-Action on a Microscopic System.- Novel Effects in Quantum Optics.- Cavity Q.E.D.: Fundamental Theory of the Micromaser and Measurements of Its Cavity Field.- The Action Uncertainty Principle for Continuous Quantum Measurements.- Cavity QED and Classical Antenna Theory.- Macroscopic Distinguishable States of Mechanical Oscillators Generated by Quantum Nondemolition Measurements.- III. Quantum Noise Reduction and Squeezing.- Progress and Perspectives in Squeezing.- Quantum Noise Reduction and Instabilities in Nondegenerate Four-Wave-Mixing.- Semi-Classical Input-Output Linearization Techniques for Quantum Fluctuations and Beyond.- Quantum Superpositions: Squeezing and Dissipations.- Time-Dependent Invariants and Nonclassical Light.- A Unified Approach to the Quantum Master and Langevin Equations.- Rate Equation Approach to Squeezing.- Quantum Noise Reduction in Lasers by Dynamic Pump Noise Suppression.- IV. Optical Propagation, Communication and Imaging.- Wideband Quantum Communication: A New Frontier?.- Quantum Mechanical Treatment of a Propagating Optical Beam.- Direct Space Quantum Optics: Light Propagation in a Nonlinear Medium.- Quantum Holography, Synthetic Aperture RadarImaging and Computed Tomographic Imaging.- Photonic Band Structure.- Information, Quantum Correlations and Communication.- V. Photon Interference and Bell’s Theorem.- What is two photons? Interference and Non-Local Effects Using Photon Pairs.- Bell’s Theorem Without Inequalities and Beyond.- The Stochastic Interferometry and the Foundations of the Bose-Einstein Statistics.- Wave Functionals for the Photon Field.- Tests on the Reality of De Broglie Waves with Two Coherent Photons.- Quantum Cryptography and Bell’s Theorem.- Is Complementarity Compatible With Quantum Optics?.- Group photo.