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World Scientific has performed a service for all with an interest in the most recent history of physics by inducing Cohen-Tannoudji to bring together - and by reproducing photographically in so well-produced a volume - this selection of his scientific papers ... As the dates of publication of the papers in each section have relatively small temporal dispersion and the ordering of the sections is essentially chronologic, the volume gives the trajectory both of Cohen-Tannoudji's attention and of the development of his field. In this it is an effective complement to his recent systematic exposition: Claude Cohen-Tannoudji, Jacques Dupont-Roc, and Gilbert Grynberg, Atom-Photon Interactions: Basic Processes and Applications (Wiley, 1992; translated from the French edition, 1988). --This text refers to the Paperback edition.

General Introduction
Section 1 Atoms in Weak Broadband Quasiresonant Light Fields. Light Shifts -- Linear Superpositions of Atomic Sublevels
1.1. Theorie quantique du cycle de pompage optique.Verification experimentale des nouveaux effets prevus
1.2. Observation d'un deplacement de raie de resonance magnetique cause par l'excitation optique
1.3. Experimental study of Zeeman light shifts in weak magnetic fields
1.4 Pompage optique en champ magnetique faible
1.5. Detection of very weak magnetic fields (10.9 Gauss) by 87 Rb zero-field level crossing resonances
1.6. Detection of the static magnetic field produced by the oriented nuclei of optically pumped aHe gas
Section 2 Atoms in Strong Radiofrequency Fields. The Dressed Atom Approach in the Radiofrequency Domain
2.1. Optical pumping and interaction of atoms with the electromagnetic field
2.2. Modified Zeeman hyperfine spectra observed in H1 and Rb87 ground states interacting with a nonresonant rf field
2.3. Resonant transfer of coherence in nonzero magnetic field between atomic levels of different 9 factors
2.4. Transverse optical pumping and level crossings in free and "dressed" atoms
Section 3 Atoms in Intense Resonant Laser Beams.The Dressed Atom Approach in the Optical Domain
3.1. Atoms in strong resonant fields
3.2. Dressed-atom approach to resonance fluorescence
3.3. Discrete state coupled to a continuum. Continuous transition between the Weisskopf-Wigner exponential decay and the Rabi oscillation
3.4. Effect of a non-resonant irradiation on atomic energy levels -- Application to light-shifts in twophoton spectroscopy and to perturbation of Rydberg states
……
Section 4 Photon Correlations and Quantum Jumps.The Radiative Cascade of the Dressed Atom
Section 5 Atoms in High Frequency Fields or in the Vacuum Field.Simple Physical Pictures for Radiative Corrections
Section 6 Atomic Motion in Laser Light
Section 7 Sisyphus Cooling and Subreccoil Cooling
Section 8 Levy Statistics and Laser Cooling
Section 9 Bose-Einstein Condensation
Section 10 A Few Review Papers