… W by coherently combining two fiber lasers in an all-fiber configuration without using any
active controls. The laser array configuration is schematically shown in Fig. 1 . Each laser cavity …

… We begin with a two-channel fiber laser array by setting L 2 to 24.0 m and R 1 , R 2 to 4%,
and 0% respectively in Fig. 2. The length difference ΔL is arbitrarily selected to be 30 cm and …

… We report >100 W output power by coherently combining two, three, and four high power
lasers in all-fiber and all-passive configurations using Yb fiber laser cavities operating at a …

… coherent combining of two basic modules (38 lasers), which is the largest number of elements
in a fiber laser coherent beam combination … the metrics of combined beams increased by …

… In this work, we show possibilities of controlling the spatial coherence of beams synthesized
based on fiber laser array combining, which opens prospect of controlling field phase …

… We have proposed and demonstrated coherent beam combining of N fiber lasers by … In
the case of our N=8 fiber laser array the frequency dependences of the effective reflectivity and …

… In 2016, Weyrauch et al. managed to combine 21 fiber lasers with adaptive mitigation of …
In 2020, by the coherent combination of 32 fiber laser at 1064 nm, a 16 kW dynamic laser beam …

… Until now, coherent combination has been mostly applied to fiber laser systems. Therefore,
… of fiber laser systems, although analogous discussions could be made for other laser …

… We have been concentrating on coherent beam combining with fiber lasers and previously,
we reported the experimental demonstration of coherent beam combination of two fiber …

… a mutually coherent output. We recently presented a theoretical model of fiber laser
coherent beam combining that showed clearly that the mechanism of beam combining is the …