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We experimentally demonstrate temporal tweezing of picosecond optical pulses, extending the concept of optical tweezers to the time-domain. By adjusting the phase profile of the driving beam, we can trap and manipulate temporal cavity solitons.
Mid-infrared (3–5 µm) pulses with up to 207 mJ energy at 1 Hz repetition rate are produced using nonlinear conversion in a ZnGeP2-based master oscillator-power amplifier, pumped by a cryogenic Ho:YLF oscillator.
Planar waveguide ring resonators are directly written in thin films of As2S3 glass, using two-photon laser beam lithography at 810 nm. Q values of 80,000 are observed.
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