… This includes the development of innovative, inexpensive and powerful new ultrashort pulse
laser systems as well as the appropriate system technology for beam control and steering. …

… New modes of laser operation bring the capability of combining ultra-short pulses into
MHz–GHz bursts with a controlled number of pulses per burst [5]. It was shown that this burst …

… To confirm that the pulse oscillation is mode-locked, ultrashort pulse oscillation was …
The pulse repetition frequency of this robust ultrashort pulse laser was controlled. The control …

… We have purposely prepared such pulses by detuning the polarization controller and PM
AOM. The polarization at the input of the AOM PM fiber pigtail can be varied so that …

… Most ultra-short pulse lasers utilized in the industry today are in the power range of 10 W
to 100 W, when it is still possible to control irradiation of the material by a single laser spot. To …

… Generation of ultrashort pulses of electromagnetic radiation is one of the most important
topics in modern optics [1–3]. Ultrashort pulses with a duration at the femtosecond and …

… : atomic density, power of control pulse, and delay between signal and control pulses. The
… For an ultrashort pulse, we can neglect any decoherence process during excitation, and the …

… can be controlled not only with the driving laser pulse … ultrashort pulses? Recent studies of
the optical Stark effect in monolayer WS 2 suggest that Floquet theory should hold with pulses …

… Finally, we demonstrate ultrashort pulse ablation of a thin gold film with proximal control
through a MCF. The development of such small diameter ablation tools could be useful for …

… In this work, we describe an interferometric method to generate ultra-short pulses below the
… a polarizer (P) system to control the relative intensity between both pulses (α parameter), …