… Random laser action from magnetically controllable random lasers (MCRLs) under a) 0
Gauss, b) 1066 Gauss, and c) 2008 Gauss. Transmission spectra of the MCRLs under d) 0 Gauss…

… change of the intensity of random laser emission using homeotropic and … magnetically
controlled normally open (NO) and normally closed (NC) switching modes of the random laser …

… the response time of the electrically controllable random laser. When the applied electric …
time of the random laser decreased. The magnetically controllable random laser was studied in …

… Magnetically controlled random lasers. Takuya Naruta et al. describe RL action for the first
time in ferromagnetic nematic liquid crystals (FNLCs) doped with dye. It serves the purpose of …

… random lasers is given in section 2. Hence, we can understand the reasons why random
lasers … Section 3 shows that random lasers are worth utilizing for image projection applications. …

… The prepared dye laser (Rh-640) showed strong magnetic controllability and switch … laser
action properties. Thus, it was possible to employ the magnetically controllable random laser in …

… a random laser using an electrically pumped quantum-cascade laser gain medium in which
a bi-dimensional (2D) random … used to tune a random laser, obtaining continuous frequency …

… The origin of PHE is a magnetically induced change in the optical scattering properties of a
… focuses on the experimental observation of PHE in random lasers (RLs) systems. We also …

… This multiple scattering effect meets well with the concept of random lasers, and the organic
laser dyes in our prototype form a strong scattering system for random lasing action to occur, …

… The magnetically controllable microtissues were applied to constitute a novel separable 3D
co-… The magnetically controllable microtissues with pre-defined shapes were also applied as …