Add to ORKGInternational audienceWe demonstrate a technique for compensation of the idler angular chirp from an optical parametric amplifier in non-collinear geometry. This method enables generating broadband CEP- stable pulses for seeding high-energy optical parametric amplifiers
The influence of parasitic processes on the performance of ultra-broadband noncollinear optical para...
We describe theoretically a method of obtaining pulse compression and simultaneously improving ampli...
The passively phase-stabilized idler of an IR optical parametric amplifier is spectrally broadened a...
International audienceWe demonstrate a technique for compensation of the idler angular chirp from an...
We report a new scheme for direct generation of broadband angular-dispersion-free mid-IR idler pulse...
International audienceWe demonstrate a novel, energy-efficient, cost-effective simple method for see...
A simple engineering rule for idler characteristic optimization in pulsed fiber optic parametric amp...
We demonstrated experimentally the generation of 65-μJ, 5.8-fs optical pulses with an ultrabroad ban...
This thesis is aimed to provide an extensive picture of the phenomena encountered in optical paramet...
International audienceWe demonstrate a novel energy-efficient method for seeding CEP-stable OPCPAs. ...
Ultra-broadband optical parametric chirped-pulse amplification is analyzed based the compensation of...
In this paper we discuss the bandwidth enhancement that can be achieved in multi-joule optical param...
We introduce the notion of dissipative optical parametric amplifiers (DOPA) and demonstrate that, ev...
The choice of optimum phase-matching conditions for nobcollinear optical parametric amplifiers is us...
We present the first recompression of amplified pulses in a highly nondegenerate optical parametric ...
The influence of parasitic processes on the performance of ultra-broadband noncollinear optical para...
We describe theoretically a method of obtaining pulse compression and simultaneously improving ampli...
The passively phase-stabilized idler of an IR optical parametric amplifier is spectrally broadened a...
International audienceWe demonstrate a technique for compensation of the idler angular chirp from an...
We report a new scheme for direct generation of broadband angular-dispersion-free mid-IR idler pulse...
International audienceWe demonstrate a novel, energy-efficient, cost-effective simple method for see...
A simple engineering rule for idler characteristic optimization in pulsed fiber optic parametric amp...
We demonstrated experimentally the generation of 65-μJ, 5.8-fs optical pulses with an ultrabroad ban...
This thesis is aimed to provide an extensive picture of the phenomena encountered in optical paramet...
International audienceWe demonstrate a novel energy-efficient method for seeding CEP-stable OPCPAs. ...
Ultra-broadband optical parametric chirped-pulse amplification is analyzed based the compensation of...
In this paper we discuss the bandwidth enhancement that can be achieved in multi-joule optical param...
We introduce the notion of dissipative optical parametric amplifiers (DOPA) and demonstrate that, ev...
The choice of optimum phase-matching conditions for nobcollinear optical parametric amplifiers is us...
We present the first recompression of amplified pulses in a highly nondegenerate optical parametric ...
The influence of parasitic processes on the performance of ultra-broadband noncollinear optical para...
We describe theoretically a method of obtaining pulse compression and simultaneously improving ampli...
The passively phase-stabilized idler of an IR optical parametric amplifier is spectrally broadened a...