We propose and demonstrate a direct integration of a wavelength-scale III–V nanolaser onto
a silicon-on-insulator (SOI) waveguide. By employing high-precision microtransfer printing …

… CHARACTERIZATION The fabricated InGaAsP nanolaser printed on a SOI waveguide was
… We confirmed the lasing action of our hybrid III-V/Si nanolaser by analyzing LL curves and …

… In this article, the concept of hybrid Si/III-V semiconductor photonics is scaled down to
nanophotonics. III-V Photonic crystal nanolasers are integrated with and coupled to SOI …

… In this Article, we demonstrate the first room-temperature III–V nanolaser grown on silicon
with subwavelength volume. In doing so, we show that lattice mismatch is not a fundamental …

… In summary, a newly developed gain-printed Si nanolaser was proven to be an ideal Si-integrable
nanolaser as it addressed several critical issues: on-demand integration with high …

… A new conception of nano-laser is proposed in which depending on the size of nano-clusters
(silicon quantum dots (QD)), the pumping level of laser can be tuned by the quantum …

… Besides the demonstration of microdisk lasers on a silicon-on-… Among all the issues to
be tackled in PhC nanolasers, … Contrary to our nanolaser diodes, all of these devices make …

… lasers with Si circuits can … nanolasers as monolithically integrated light source on Si chips
due to many advantages. First, these III–V plasmonic light sources can be directly grown on Si …

… of that of the transferred nanolasers (smaller than 20 μJ / cm 2 ) [19]. We attribute the somewhat
larger lasing thresholds of nanolasers on SOI to the supporting Si pedestals, which lead …

… of an electrically driven photonic crystal laser and a Si ridge waveguide (Figure 2d). [ 33, 34
] … The laser light was well coupled and propagated through the Si waveguide with a wall plug …