Abstract Random Lasers (RLs) and Random Fiber Lasers (RFLs) have been the subject of
intense research since their first experimental demonstration in 1994 and 2007, respectively …

Electrically pumped nanolasers have achieved many exciting achievements and display a
wide range of potential application prospects in the fields of optoelectronic chips, information …

Nanogap plasmonic structures, which can strongly enhance electromagnetic fields, enable
widespread applications in surface‐enhanced Raman spectroscopy (SERS) sensing …

On-chip light sources are critical for the realization of fully integrated photonic circuitry. So
far, semiconductor miniaturized lasers have been mainly limited to sizes on the order of a …

Plasmonic lasers attracted interest for their ability to generate coherent light in mode volume
smaller than the diffraction limit of photonic lasers. While nanoscale devices in one or two …

Flexible laser display is a critical component for an information output port in next-generation
wearable devices. So far, the lack of appropriate display panels capable of providing …

As lasers get more and more miniaturized and their dimensions become comparable to the
wavelength, two interconnected phenomena take place: the fraction of spontaneous …

Several biological membranes have been served as scattering materials of random lasers,
but few of them include natural photonic crystals. Here, we propose and demonstrate a facile …

Owing to their ultrahigh optical confinement, plasmonic nanolasers with cavity sizes beyond
the diffraction limit of light, are attracting increasing attention for pursuing extreme lasing …

Plasmonic nanolasers are a new class of coherent emitters where surface plasmons are
amplified by stimulated emission in a plasmonic nanocavity. In contrast to lasers, the …