Polaritons In High Reflectivity Microcavities - Semiclassical And Full Quantum Treatment Of Optical-Properties

We present a comparison between the semiclassical and the full quantum descriptions of optical properties of quantum wells (QWs) in semiconductor microcavities. The semiclassical theory, which is based on a nonlocal treatment of the optical response of a single QW, allows one to calculate reflectivity, transmission, and absorption curves. The quantum theory, which is developed in a quasi-mode approach for the coupling of-the closed-cavity modes to the outside radiation continuum, provides a description of photoluminescence processes. The frequency-dependence of the phase of the mirror reflection coefficient has an important role in both theories: Numerical results show that the mixed mode (polariton) dispersion and the Rabi splitting calculated from semiclassical and quantum theories coincide rather well.

Published in:
Superlattices And Microstructures, 15, 453-458

 Record created 2009-09-22, last modified 2018-03-17

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