Random lasers are intriguing devices with promising applications as light sources for
imaging, sensing, super-resolution spectral analysis or complex networks engineering …

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 …

Random lasers are generated by multiple light scattering in disordered optically gain
medium, which are fundamentally different from conventional lasers. Control of emission …

In sufficiently strong scattering media, light transport is suppressed and modes are
exponentially localized. Anderson-like localized states have long been recognized as …

Random lasers (RLs) rely on light amplification in a gain material with feedback from
multiple scattering in disordered media. They are unconventional light sources …

Abstract A two-dimensional (2D) solid-state random laser emitting in the visible is
demonstrated, in which optical feedback is provided by a controlled disordered arrangement …

The development of optically active flexible nanostructures has been pursued in the last
years owing to their potential application in photonic devices. Herein, we report a random …

In this study, an optical trapping technique is employed to manipulate the scatterer
distribution within a random laser medium. By focusing the trapping beams into small …

Lasers based on Fabry–Pérot or whispering gallery resonators generally require complex
fabrication stages and sensitive alignment of cavity configurations. The structural defects on …

Coherent random lasers (RLs) originate from the resonant amplification of the light scattered
by disordered media resulting in spiky emission spectra with well‐defined spectral …