Spontaneous photon bursts are observed in the output collected from a mesoscale
semiconductor-based laser near the lasing threshold. Their appearance is compared to …

Using a fully stochastic numerical scheme, we theoretically investigate the behavior of a
nanolaser in the lasing transition region under the influence of intensity feedback. Studying …

Semiconductor lasers are notoriously sensitive to optical feedback, and their dynamics and
coherence can be significantly modified through optical reinjection. We concentrate on the …

A Markov model of semiconductor nanolaser is constructed in order to describe finely the
effects of quantum fluctuations in the dynamics of the laser, in particular by considering the …

The laser's threshold properties gradually evolve from the macroscopic to the nanoscopic
scale through the mesoscale, whose best examples are the Vertical Cavity Surface Emitting …

The identification of threshold in nanolasers still poses not entirely met challenges.
Dynamical techniques offer interesting methods to determine the achievement of coherent …

Application-driven technological progress has led to the realization of lasers whose cavity
volume is below one cubic emission wavelength. Such nanodevices possess features which …

Light with superthermal properties is experimentally observed in the emission of a room-
temperature, electrically-pumped single mode microcavity for pump values below …

Light with superthermal properties is experimentally observed in the emission of a room-
temperature, electrically-pumped single mode microcavity for pump values below …

Although the second-order coherence of a light source is often raised as a potential
candidate for a defining trait of a laser [Blood, 2013], it has yet to be experimentally …