… organic lasers with a specific look at the distinctive features of dyes and semiconductors. We
also outline the laser architectures used in state-of-the-art organic lasers … of organic lasers …

… In this review, first, the architectures of organic lasers are briefly described, which require
a definite selection of organic gain media. Next, a comprehensive overview of organic gain …

… of organic lasers is almost as long as the history of lasers … very first laser came to birth in
1960 [1], the first organic laser … Organic lasers were at that time known as liquid ‘‘dye’’ lasers, a …

… Fabrication of integrated planar organic light sources In this section issues related to the
fabrication of solid-state organic lasers and amplifiers are briefly discussed. Highlighted are …

… The truxenes also exhibited much higher PLQY in solution and solid state, ranging for
generations 1 to 4 between 78% and 87%, while the spread was much larger in the benzene-…

… crystals have played an important role in the development of organic semiconductor lasers.
… laser devices. In this paper, we would like to review the latest progress of organic laser …

… Hence many laser dyes, which are extremely fluorescent materials in dilute solution, … solid
state. Clearly, most applications of organic semiconductors involve their use in the solid state. …

… Finally, future directions and perspectives are proposed for achieving stable CW organic
lasers with … Finally, the challenges and perspectives for realizing stable CW organic lasers are …

… gain media have been considered for possible replacement of liquid dye lasers. This goal
… in organic films (1) and is still an area of active research, and some solid-state organic laser …

… In this work, we propose to evidence and analyze polarization effects in solid-state organic
laser systems, and demonstrate the possibility to modify the output polarization by playing on …