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Photon-number Correlations Near The Threshold Of Microcavity Lasers In The Weak-coupling Regime.

Jin, Boggavarapu, Sargent, Meystre, Gibbs, Khitrova
Published 1994 · Physics, Medicine

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The quantum-noise properties near the threshold of microcavity lasers are studied theoretically and experimentally in the weak-coupling regime. Computations based on two-level quantum theory show that the microlasers exhibit a high degree of second-order coherence compared with conventional lasers as a result of the suppression of spontaneous emission into nonlasing modes, and that there always exists a finite threshold for these lasers defined by the peak of the photon-number correlation function corresponding to the spontaneous-to-stimulated transition.



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