Measurement models for time-resolved spectroscopy: a comment

Abstract

We present an exactly solvable model for photon emission, which allows us to examine the evolution of the photon wavefunction in space and time. We apply this model to coherent phenomena in three-level systems with a special emphasis on the photon detection process.

14 pages RevTex, 4 figures

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• Quantum control of atomic systems by time resolved homodyne detection and feedback
• Entanglement and four wave mixing effects in the dissipation free nonlinear interaction of two photons at a single atom
• Two-photon nonlinearity in general cavity QED systems
• Quantum control by compensation of quantum fluctuations
• A study on the shape of two-photon wavefunctions after the nonlinear interaction with a one-dimensional atom
• Quantum effects in the interaction of off-resonant coherent light with a single atom