A quantum kinetic model for semiconductor microcavities shows carrier Coulomb scattering thermalizes photons at high density and predicts a four-phase nonequilibrium diagram claimed to match experiment.
(75) no longer holds and the inclusion of a finite-width LorentzianLk,m re- quires analytical evaluation of the summations overkto determine emission and absorption patterns
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Photon Bose-Einstein Condensation in Semiconductors: A Quantum Kinetic Theory
A quantum kinetic model for semiconductor microcavities shows carrier Coulomb scattering thermalizes photons at high density and predicts a four-phase nonequilibrium diagram claimed to match experiment.