We consider the interaction of quantum light with an ideal semiconductor microcavity. We investigate photon statistics in different conditions and the presence of detuning and exciton-exciton interaction. We show that in the resonant interaction and absence of the exciton-exciton interaction, the state of the whole system can be considered as   coherent state. According to our results, it turns...

The vacuum Rabi splitting of polaritonic eigenmodes in semiconductor microcavities scales with the square root oscillator strength, as predicted by coupled model and confirmed many experiments. We show here that law is no more applicable if becomes comparable or larger than stop-band width Bragg mirrors forming cavity. Once strength large enough, material hosting excitons hybridises quasi-conti...

Electroluminescence of metal halide perovskites has been widely reported via the fabrication and optimization light-emitting diodes transistors. Light-emitting transistors are particularly interesting owing to additional control gate voltage on electroluminescence. In this work, design a microcavity, with defect mode that can be tuned an applied voltage, integrated transistor is shown. The opti...

We present all-optical tuning and switching of a microcavity inside a two-dimensional photonic crystal waveguide. The photonic crystal structure is fabricated in silicon-on-insulator using complementary metal-oxide semiconductor processing techniques based on deep ultraviolet lithography and is completely buried in a silicon dioxide cladding that provides protection from the environment. By foc...

The response of graphene surface plasmon (SP) in the ultraviolet (UV) region and the realization of short-wavelength semiconductor lasers not only are two hot research areas of great academic and practical significance, but also are two important issues lacked of good understanding. In this work, a hybrid Fabry-Perot (F-P) microcavity, comprising of monolayer graphene covered ZnO microbelt, was...