… also reduces the sensitivity to nonradiative recombinations at sidewalls of the microresonator.
In quantum well (QW) lasers, carrier in-plane diffusion length reaches several microns and …

… laser, we apply the technique here to a system of particular current interest, namely, quantum-dot
QD microcavity lasers… as a reduction in the laser threshold or increased temperature …

… Semiconductor nanocrystal quantum dots (NQDs) have great … makes them promising
candidates for lasers in terms of lower … are suitable candidates for microresonators because of …

… Significantly, this result is obtained for room temperature operation, a result of using the
strongly confined quantum dot lasing medium. More generally, the ability to coat microresonators …

… quantum dots they realized pillar microcavities based on planar GaAs/AlAs microresonators.
… , eg for vertical cavity laser applications to produce low threshold laser devices (Coldren …

… temperature stability of optically pumped microcavity lasers because of reduced heating at
… In this work, we demonstrate optically pumped high-β quantum dot microcavity lasers based …

… The microdisk was uniformly pumped by the laser using lensed fiber. The samples were …
used to focus the incident laser beam and to collect the μPL signal from the microresonator. The …

… optical microresonators have been thoroughly investigated for applications in lasers, sensors,
and cavity quantum … for applications in lasers [7–9]. More recently, interest has focussed on …

… microdisk laser coupled … lasers showcase the key building block for realizing active PICs
on the SiN platform. Figure 1a depicts the proposed device whereby a QD/SiN microresonator is …

… Even in such small microresonators, as it was used in this work, an emission spectrum …
His research interests include quantum dots, semiconductor lasers, microresonators and …