Titlebook: Quantum Optics; Taming the Quantum Pierre Meystre Textbook 2021 The Editor(s) (if applicable) and The Author(s), under exclusive license to

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Pierre Meystre Algorithmen zur Realisierung werden beschrieben..Mit konkre.Die Dynamische Disposition der Aufträge und Bestände in den Beschaffungs- und Versorgungsnetzen ist der Schlussstein des Supply Chain Management. Sie sichert marktgerechte Lieferzeiten, eine kostenoptimale Lieferfähigkeit und verhindert üb

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sichert marktgerechte Lieferzeiten, eine kostenoptimale Lieferfähigkeit und verhindert überhöhte ebenso wie unzureichende Bestände. In diesem Buch werden die Strategien und Algorithmen der dynamischen Disposition hergeleitet und erklärt. Die Auswirkungen und Zusammenhänge werden anhand von konkrete

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,The Jaynes–Cummings Model, first introduction to spontaneous emission. It then introduces the idea of repeated measurements, a topic that will be revisited several times in later chapters. Removing then the RWA leads us to the quantum Rabi model, for which we outline the main steps of an exact diagonalization.

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Quantum Optomechanics,llowed by an analysis of the standard quantum limit of optomechanical interferometers that clarifies the roles of shot noise and radiation pressure noise. We finally return to ultracold atoms to show how their collective density excitations can likewise behave as optomechanical oscillators.

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Electromagnetic Field Quantization,e field of importance for quantum optics before discussing two important ways to characterize them, photocounting and homodyne detection. The chapter concludes with a discussion of quasiprobability distribution function descriptions of the field.

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Composite Systems and Entanglement, formally the concepts of entanglement, maximum entanglement, and monogamy of entanglement. We then turn to Bell’s inequalities and summarize their most recent experimental tests. This is followed by a discussion of the no-cloning theorem and of two important applications of quantum entanglement: quantum teleportation and quantum key distribution.

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Mechanical Effects of Light,gradient (or dipole) force and the dissipative radiation pressure force. We then introduce several aspects of atomic diffraction by light fields, including the Raman–Nath, Bragg, and Stern–Gerlach regimes. The chapter concludes with an introduction to atom interferometry.