A stretchable, flexible, and bendable random laser system capable of lasing in a wide range
of spectrum will have many potential applications in next‐generation technologies, such as …

Random laser with intrinsically uncomplicated fabrication processes, high spectral radiance,
angle-free emission, and conformal onto freeform surfaces is in principle ideal for a variety of …

Production of multicolor or multiple wavelength lasers over the full visible-color spectrum
from a single chip device has widespread applications, such as superbright solid-state …

The application of random lasers has been restricted due to the absence of a well-defined
resonant cavity, as the lasing action mainly depends on multiple light scattering induced by …

High-concentration (2–10 wt%) ZnCdSeS/ZnS alloyed quantum dot-doped polymer-
dispersed liquid crystals (QD-PDLCs) were prepared via ultraviolet (UV) curing. The QD …

We describe herein a flexible and tunable random laser made from a flexible poly
(dimethylsiloxane) substrate. The substrate is prepared by casting via soft lithography from a …

The development of light-controlled electronic devices requires new possibilities of optical
control via tuning of laser input parameters. Here, Fe3O4 superparamagnetic nanoparticles …

Line width-tunable lasers have wide applications in the fields of high-resolution
spectroscopy, optical communications, and other industry and scientific research. Here …

This study presents investigations into the fabrication, characterization, and performance
analysis of stretchable white random lasers based on 2D glutamine (GLN)‐functionalized …

Toward practical applications of random lasers, controllability is a key factor. Here,
magnetically controllable random lasers (MCRLs) are designed, fabricated, and …