Two types of integrated phased locked laser diodes operating at 1.55 μm were demonstrated, using either a distributed feedback laser seeding source or a self-locking multi-mode interference array. Both exhibited far field patterns that reflected mutual coherence between the light from the output waveguides
High power compact laser sources are a necessity in today's technical world. While laser sources hav...
Coherent beam combining can be used to scale optical power and enable mechanism-free beam steering u...
Scaling up the brightness of laser diodes is a major research objective in the laser community. The ...
Two types of integrated phased locked laser diodes operating at 1.55 μm were demonstrated, using eit...
We report a phase locked laser diode based on a passive array of 1×2 multi-mode interference coupler...
We present a laterally coupled 1.55-μm distributed feedback laser monolithically integrated with mul...
Coherent combination of the power of several semiconductor lasers fabricated on the same substrate h...
We report mode locking in lasers integrated with semiconductor optical amplifiers, using either conv...
We report 628 GHz and 1.20 THz pulse repetition frequencies with 142 mW peak powers from a passively...
We demonstrate a rear-side phase-locking architecture with two high-brightness diode lasers. This te...
We present the first integrated linear extended-cavity passively mode-locked (PML) semiconductor las...
We describe a new coherent beam combining architecture based on passive phase-locking of two laser d...
We describe mode locked laser diodes (MLLDs) operating from 40 GHz to >1 THz. Below 40 GHz, opera...
International audienceWe describe a new coherent beam combin- ing architecture based on the passive ...
The optical characteristics of phase-locked semiconductor laser arrays are formulated in terms of th...
High power compact laser sources are a necessity in today's technical world. While laser sources hav...
Coherent beam combining can be used to scale optical power and enable mechanism-free beam steering u...
Scaling up the brightness of laser diodes is a major research objective in the laser community. The ...
Two types of integrated phased locked laser diodes operating at 1.55 μm were demonstrated, using eit...
We report a phase locked laser diode based on a passive array of 1×2 multi-mode interference coupler...
We present a laterally coupled 1.55-μm distributed feedback laser monolithically integrated with mul...
Coherent combination of the power of several semiconductor lasers fabricated on the same substrate h...
We report mode locking in lasers integrated with semiconductor optical amplifiers, using either conv...
We report 628 GHz and 1.20 THz pulse repetition frequencies with 142 mW peak powers from a passively...
We demonstrate a rear-side phase-locking architecture with two high-brightness diode lasers. This te...
We present the first integrated linear extended-cavity passively mode-locked (PML) semiconductor las...
We describe a new coherent beam combining architecture based on passive phase-locking of two laser d...
We describe mode locked laser diodes (MLLDs) operating from 40 GHz to >1 THz. Below 40 GHz, opera...
International audienceWe describe a new coherent beam combin- ing architecture based on the passive ...
The optical characteristics of phase-locked semiconductor laser arrays are formulated in terms of th...
High power compact laser sources are a necessity in today's technical world. While laser sources hav...
Coherent beam combining can be used to scale optical power and enable mechanism-free beam steering u...
Scaling up the brightness of laser diodes is a major research objective in the laser community. The ...