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Stable and self-starting passively mode-locked pulses of 6 ps, 465 W peak power, are produced from a holmium-praseodymium co-doped ring fiber laser at 2.9 µm, with a repetition rate of 24.8 MHz.
We developed a method to stabilize the carrier-envelope phase of a 20 TW Ti:Sapphire laser operating at 10 Hz. Phase-dependent features were observed in the high-order harmonic spectrum generated using Generalized Double Optical Gating.
Long-term stable remote laser synchronization over a 3.5 km long polarization maintaining fiber link is demonstrated. The residual rms-timing jitter and drift over 36-hour operation is 0.96 fs integrated from 100 µHz to 1 MHz.
We measured relative envelope jitter of two fiber comb lasers, each with one comb line phase locked to a CW optical phase reference. Integrated jitter is 0.9fs RMS from 10Hz to 2MHz.
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