We propose a different approach to obtain phase-matched generation of high-order harmonics based on the use of pulsed Bessel beams as pump pulses. By means of the “coherence map” technique, we show that it is possible to maximize the generation of a chosen harmonic of interest by properly adjusting the phase front tilt of the pulsed Bessel beam to compensate the mismatch arising from material and plasma dispersion and atomic phase
We investigate quasi-phase-matching of high harmonic generation over a range of harmonic orders usin...
By using two very different seed pulses we demonstrate that the spatio-temporal gain properties of a...
International audienceWe present a review of some recent results on high-order-harmonic generation, ...
We propose a different approach to obtain phase-matched generation of high-order harmonics based on ...
We describe a very simple physical model that allows the analysis of high-order harmonic generation ...
High order harmonic generation (HHG) produced by the interaction of an intense laser pulse and a gas...
Low-divergence, high-brightness harmonic emission has been generated by using a fundamental beam wi...
This thesis describes the use of counterpropagating pulse trains to quasi-phase-match high-harmonic ...
Quasi-phase-matched high harmonic generation using trains of up to 8 counter-propagating pulses is e...
We investigate quasi-phase-matching of high harmonic generation over a range of harmonic orders usin...
By using two very different seed pulses we demonstrate that the spatio-temporal gain properties of a...
International audienceWe present a review of some recent results on high-order-harmonic generation, ...
We propose a different approach to obtain phase-matched generation of high-order harmonics based on ...
We describe a very simple physical model that allows the analysis of high-order harmonic generation ...
High order harmonic generation (HHG) produced by the interaction of an intense laser pulse and a gas...
Low-divergence, high-brightness harmonic emission has been generated by using a fundamental beam wi...
This thesis describes the use of counterpropagating pulse trains to quasi-phase-match high-harmonic ...
Quasi-phase-matched high harmonic generation using trains of up to 8 counter-propagating pulses is e...
We investigate quasi-phase-matching of high harmonic generation over a range of harmonic orders usin...
By using two very different seed pulses we demonstrate that the spatio-temporal gain properties of a...
International audienceWe present a review of some recent results on high-order-harmonic generation, ...