High-power ultrafast lasers have gained a tremendous interest within the last decade thanks to their significant advantages in high-precision and high throughput laser-based material processing. Among other laser architectures (e-g. fibers and slab), the thin-disk laser technology have demonstrated its capability for scaling both average power to the kW-class and energy to multi-mJ at the same time. In the present talk, we will report on our recent advances in the development of high-power thin-disk laser oscillators and amplifiers emitting ps and fs pulses. The talk will also include the latest achievements on non-linear conversion for the generation of green and UV radiations. Furthermore, the generation and amplification of doughnut modes with radial or azimuthal polarization and their benefit for micro-processing will be discussed in details.
%0 Generic
%1 abdouahmede2017development
%A Abdou Ahmede, M.
%A Negel, J.-P.
%A Löscher, A.
%A Röcker, C.
%A Graf, T.
%D 2017
%K Laser ThindiskLaser myown
%T Development of high-power thin-disk lasers: status and prespective (invited)
%X High-power ultrafast lasers have gained a tremendous interest within the last decade thanks to their significant advantages in high-precision and high throughput laser-based material processing. Among other laser architectures (e-g. fibers and slab), the thin-disk laser technology have demonstrated its capability for scaling both average power to the kW-class and energy to multi-mJ at the same time. In the present talk, we will report on our recent advances in the development of high-power thin-disk laser oscillators and amplifiers emitting ps and fs pulses. The talk will also include the latest achievements on non-linear conversion for the generation of green and UV radiations. Furthermore, the generation and amplification of doughnut modes with radial or azimuthal polarization and their benefit for micro-processing will be discussed in details.
@presentation{abdouahmede2017development,
abstract = {High-power ultrafast lasers have gained a tremendous interest within the last decade thanks to their significant advantages in high-precision and high throughput laser-based material processing. Among other laser architectures (e-g. fibers and slab), the thin-disk laser technology have demonstrated its capability for scaling both average power to the kW-class and energy to multi-mJ at the same time. In the present talk, we will report on our recent advances in the development of high-power thin-disk laser oscillators and amplifiers emitting ps and fs pulses. The talk will also include the latest achievements on non-linear conversion for the generation of green and UV radiations. Furthermore, the generation and amplification of doughnut modes with radial or azimuthal polarization and their benefit for micro-processing will be discussed in details.},
added-at = {2018-03-14T09:25:23.000+0100},
author = {Abdou Ahmede, M. and Negel, J.-P. and Löscher, A. and Röcker, C. and Graf, T.},
biburl = {https://puma.ub.uni-stuttgart.de/bibtex/2261e65d73e397b243f06f4cf510ceb69/thomas_graf},
description = {invited talk},
eventdate = {13 - 14 September 2017},
eventtitle = {Journées Nationales Des Procédés Laser Pour L'Industrie (JNPLI) 2017},
interhash = {6562a6a73ac98186c8089f23c3d6795c},
intrahash = {261e65d73e397b243f06f4cf510ceb69},
keywords = {Laser ThindiskLaser myown},
timestamp = {2018-04-20T09:31:09.000+0200},
title = {Development of high-power thin-disk lasers: status and prespective (invited)},
venue = {Palais des congrès de Strasbourg, Strasbourg, France},
year = 2017
}
