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Single-atom spontaneous emission in a detuned cavity

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Abstract

By using a new technique an exact differential equation of fourth order for the atomic population inversion is derived in the case of single-atom spontaneous emission in a detuned cavity. The numerical solutions for the detuned and tuned cavities are compared. The radiation rate decreases significantly if the detuning is large compared with the cavity damping.

© 1986 Optical Society of America

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Equations (18)

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