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A simple and efficient cascaded operation of wavelength conversion for any arbitrary input and output wavelengths over 30 nm can be realized, using two dispersion-decreasing highly nonlinear fibers with SBS suppressed by distributed strain.
In order to carry out applications with single attosecond pulses isolated by controlling the carrier-envelop-phase (CEP) of the driving field in a reasonable time, the need of CEP-stabilized laser sources, currently based on Ti:sapphire, delivering pulses with both high peak and average power will increase in the next few years. The development of two technologies e.g. non-collinear optical parametric...
We report on the direct seeding of a 7-fs Ti:sapphire oscillator into a fiber amplifier at 100-kHz repetition rate used for pumping a NOPA. 1-muJ pulses have been then recompressed down to 15-fs.
We demonstrate high brightness XUV emission through high order harmonic generation driven by a 100 muJ-class ytterbium-doped fiber, CPA system at controllable ultrahigh (100 kHz to 1 MHz) repetition rate.
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