International audienceWe report experiments on a new laser architecture involving phase contrast filtering to coherently combine an array of fiber lasers. We demonstrate that the new technique yields a more stable phase-locking than standard methods using only amplitude filtering. A spectral analysis of the output beams shows that the new scheme generates more resonant frequencies common to the coupled lasers. This property can enhance the combining efficiency when the number of lasers to be coupled is large
University of Minnesota Ph.D. dissertation.October 2018. Major: Electrical Engineering. Advisor: Ja...
The phase-locking of two photonic crystal fiber (PCF) lasers is studied experimentally by using Mich...
International audienceWe have experimentally demonstrated coherent combining of 2 and then 4 fiber l...
International audienceWe report experiments on a new laser architecture involving phase contrast fil...
International audienceA new passive technique to phase-lock a laser array is proposed and analyzed. ...
International audienceA new passive technique approach to phase lock a laser array is proposed and a...
International audienceA new compound cavity is proposed to passively phase-lock an array of fiber la...
Phase locking of two fiber lasers is demonstrated experimentally by the use of a self-imaging resona...
International audienceWe have used a two-channel fiber laser array for the study of cophasing dynami...
Coherent laser beam combining techniques rapidly appeared highly promising in the field of ultra-hig...
International audienceA 2D array of fiber lasers has been passively coupled by a phase-contrast imag...
The beam combination of fiber lasers can achieve higher output average power and energy than a singl...
By using a novel mutual injection technique, phase-locking and coherent combining of two high-power ...
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...
University of Minnesota Ph.D. dissertation.October 2018. Major: Electrical Engineering. Advisor: Ja...
The phase-locking of two photonic crystal fiber (PCF) lasers is studied experimentally by using Mich...
International audienceWe have experimentally demonstrated coherent combining of 2 and then 4 fiber l...
International audienceWe report experiments on a new laser architecture involving phase contrast fil...
International audienceA new passive technique to phase-lock a laser array is proposed and analyzed. ...
International audienceA new passive technique approach to phase lock a laser array is proposed and a...
International audienceA new compound cavity is proposed to passively phase-lock an array of fiber la...
Phase locking of two fiber lasers is demonstrated experimentally by the use of a self-imaging resona...
International audienceWe have used a two-channel fiber laser array for the study of cophasing dynami...
Coherent laser beam combining techniques rapidly appeared highly promising in the field of ultra-hig...
International audienceA 2D array of fiber lasers has been passively coupled by a phase-contrast imag...
The beam combination of fiber lasers can achieve higher output average power and energy than a singl...
By using a novel mutual injection technique, phase-locking and coherent combining of two high-power ...
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...
University of Minnesota Ph.D. dissertation.October 2018. Major: Electrical Engineering. Advisor: Ja...
The phase-locking of two photonic crystal fiber (PCF) lasers is studied experimentally by using Mich...
International audienceWe have experimentally demonstrated coherent combining of 2 and then 4 fiber l...