The recent development of techniques to produce optical semiconductor cavities of very
high quality has prepared the stage for observing cavity quantum-electrodynamic effects in …

The integrated absorption of an excitonic resonance is a measure of a semiconductor's
coupling to an optical field. The concept of an exciton–polariton expresses the non …

Two-dimensional van der Waals materials have opened a new paradigm for fundamental
physics exploration and device applications because of their emerging physical properties …

The authors show that light scattering from high-Q planar photonic crystal nanocavities can
display Fano-like resonances corresponding to the excitation of localized cavity modes. By …

We present measurements of first-and second-order coherence of quantum-dot micropillar
lasers together with a semiconductor laser theory. Our results show a broad threshold region …

The progression of carrier confinement from quantum wells to quantum dots has received
considerable interests because of the potential to improve the semiconductor laser …

Recent theoretical and experimental progress on nanolasers is reviewed with a focus on the
emission properties of devices operating with a few or even an individual semiconductor …

The authors investigate the multiple confined modes of GaAs L 3 photonic crystal air-bridge
cavities, using single layers of InAs quantum dots as active internal light sources. Theoretical …

We present lasing in optically pumped high-Q micropillar cavity lasers with low thresholds
and high β factors. The micropillar cavities with diameters between 1.0 and 4.0 μ m contain a …

Diamond based technologies offer a material platform for the implementation of qubits for
quantum computing. The photonic crystal architecture provides the route for a scalable and …