Two physically separated laser diode arrays were simultaneously injection-locked to the same master laser. The modulus of their mutual coherence function was measured, and the resulting value 0.96 ± 0.06 was close to the maximum allowed value of 1. The spatial phase of the two injection-locked outputs did not vary from each other by more than 0.05 wave (λ/20), apart from a phase difference that grew linearly with position, due to the tilt between the two interfering beams. Requirements for the coherent combination of injection-locked laser diode arrays are discussed
Two types of integrated phased locked laser diodes operating at 1.55 μm were demonstrated, using eit...
In this paper, the array of fiber lasers coupled by bi-dimensional mutual injection is firstly, to o...
Several methods of coherent power combining are described and compared. A comparison is also made be...
Beam-combining is a technology for generation of a single high power beam from individual laser modu...
The preliminary results of phase locking an incoherent laser array to a master source in an attempt ...
We coherently add two beams from separate diode lasers with identical frequencies to obtain a single...
By using a novel mutual injection technique, phase-locking and coherent combining of two high-power ...
Coherent beam combining (CBC) aims at increasing the spatial brightness of lasers. It consists in ma...
Optical injection has been widely used to improve coherence in semiconductor lasers. Several experim...
International audiencePhase locking of two fiber lasers is obtained by mutual injection. The coheren...
International audienceCoherent beam combining (CBC) aims at increasing the spatial brightness of las...
We demonstrate coherent polarization locking of multimode beams from four broad area emitters in a d...
The mutual coherence of two coupled semiconductor lasers is investigated experimentally. It is demon...
(Maximum 200 words) The transmission of large amounts of power in space by laser beam (diode lasers...
Phase locking of two fiber lasers is demonstrated experimentally by the use of a self-imaging resona...
Two types of integrated phased locked laser diodes operating at 1.55 μm were demonstrated, using eit...
In this paper, the array of fiber lasers coupled by bi-dimensional mutual injection is firstly, to o...
Several methods of coherent power combining are described and compared. A comparison is also made be...
Beam-combining is a technology for generation of a single high power beam from individual laser modu...
The preliminary results of phase locking an incoherent laser array to a master source in an attempt ...
We coherently add two beams from separate diode lasers with identical frequencies to obtain a single...
By using a novel mutual injection technique, phase-locking and coherent combining of two high-power ...
Coherent beam combining (CBC) aims at increasing the spatial brightness of lasers. It consists in ma...
Optical injection has been widely used to improve coherence in semiconductor lasers. Several experim...
International audiencePhase locking of two fiber lasers is obtained by mutual injection. The coheren...
International audienceCoherent beam combining (CBC) aims at increasing the spatial brightness of las...
We demonstrate coherent polarization locking of multimode beams from four broad area emitters in a d...
The mutual coherence of two coupled semiconductor lasers is investigated experimentally. It is demon...
(Maximum 200 words) The transmission of large amounts of power in space by laser beam (diode lasers...
Phase locking of two fiber lasers is demonstrated experimentally by the use of a self-imaging resona...
Two types of integrated phased locked laser diodes operating at 1.55 μm were demonstrated, using eit...
In this paper, the array of fiber lasers coupled by bi-dimensional mutual injection is firstly, to o...
Several methods of coherent power combining are described and compared. A comparison is also made be...