The phase-locking of two photonic crystal fiber (PCF) lasers is studied experimentally by using Michelson cavity technique, and 47 W coherent output power is obtained. The phenomenon of interference-enhancement and interference-loss on the two arms of the Michelson cavity is theoretically explained by analyzing the optical path difference. Experiment shows that the Michelson cavity setup can improve the spectra of the combined laser significantly. The bandwidth of the combined laser is less than 5 nm in our experiment
Beam-combining is a technology for generation of a single high power beam from individual laser modu...
To drive a laser-plasma wakefield, high peak-power laser pulses are required. For useful accelerator...
International audienceA new passive technique approach to phase lock a laser array is proposed and a...
Two photonic crystal fiber (PCF) lasers are phase-locked by using self-imaging resonator techniques....
A simple and compact scheme for the phase-locking of two photonic crystal fibre (PCF) lasers is pres...
By using a novel mutual injection technique, phase-locking and coherent combining of two high-power ...
Coherent beam combining of two large mode area photonic crystal fiber (LMA PCF) lasers is studied ex...
Phase locking of two fiber lasers is demonstrated experimentally by the use of a self-imaging resona...
International audienceWe report experiments on a new laser architecture involving phase contrast fil...
International audienceWe have used a two-channel fiber laser array for the study of cophasing dynami...
International audienceA new compound cavity is proposed to passively phase-lock an array of fiber la...
Large arrays of coherently-combined Quasi-Continuous-Wave (QCW) fibre lasers have been identified as...
Les lasers à fibre suscitent un grand intérêt dans tous les domaines, pour des applications allant d...
We experimentally demonstrate efficient all-fiber coherent combining of multiple single-mode polariz...
International audiencePhase locking of two fiber lasers is obtained by mutual injection. The coheren...
Beam-combining is a technology for generation of a single high power beam from individual laser modu...
To drive a laser-plasma wakefield, high peak-power laser pulses are required. For useful accelerator...
International audienceA new passive technique approach to phase lock a laser array is proposed and a...
Two photonic crystal fiber (PCF) lasers are phase-locked by using self-imaging resonator techniques....
A simple and compact scheme for the phase-locking of two photonic crystal fibre (PCF) lasers is pres...
By using a novel mutual injection technique, phase-locking and coherent combining of two high-power ...
Coherent beam combining of two large mode area photonic crystal fiber (LMA PCF) lasers is studied ex...
Phase locking of two fiber lasers is demonstrated experimentally by the use of a self-imaging resona...
International audienceWe report experiments on a new laser architecture involving phase contrast fil...
International audienceWe have used a two-channel fiber laser array for the study of cophasing dynami...
International audienceA new compound cavity is proposed to passively phase-lock an array of fiber la...
Large arrays of coherently-combined Quasi-Continuous-Wave (QCW) fibre lasers have been identified as...
Les lasers à fibre suscitent un grand intérêt dans tous les domaines, pour des applications allant d...
We experimentally demonstrate efficient all-fiber coherent combining of multiple single-mode polariz...
International audiencePhase locking of two fiber lasers is obtained by mutual injection. The coheren...
Beam-combining is a technology for generation of a single high power beam from individual laser modu...
To drive a laser-plasma wakefield, high peak-power laser pulses are required. For useful accelerator...
International audienceA new passive technique approach to phase lock a laser array is proposed and a...