Titlebook: Confined Photon Systems; Fundamentals and App Henri Benisty,Claude Weisbuch,John Rarity Conference proceedings 1999 Springer-Verlag Berlin

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Basics of dipole emission from a planar cavity,the effects caused by the use of realistic mirrors. Finally we describe the effect of the cavity upon the carrier lifetime and give a discussion of guided modes. More in particular the plane wave decomposition and normal mode decomposition are confronted with each other.

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The International Concert Stageg are analyzed using a systematic scheme of approximations. The resulting nonlinear semiconductor theory is self-consistently combined with solutions of Maxwell’s equations to compute the optical properties of excitonic semiconductor microcavity systems.

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https://doi.org/10.1007/978-3-662-50292-1mation of the reflectivity of the mirror of the order of 95%. We also designed and fabricated disk cavities surrounded by circular Bragg mirrors. The resonances are probed by exciting the photoluminescence of quantum dots placed inside the cavity. Resonances with quality factors up to 650 are found corresponding to the confined Quasi-Radial Modes.

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Microscopic theory of the optical semiconductor response near the fundamental absorption edge,g are analyzed using a systematic scheme of approximations. The resulting nonlinear semiconductor theory is self-consistently combined with solutions of Maxwell’s equations to compute the optical properties of excitonic semiconductor microcavity systems.