Ultrasound in a liquid diffracts laser light into tunable multi-focus beamlets with sub-microsecond control, enabling high-throughput parallel laser writing on metals, polymers, and ceramics.
From the temporal character- ization of the AOF device, we obtained the intensity of each diffracted order as a function of time (Figure 2b) in the main text)
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Dynamic multi-focus laser writing with acousto-optofluidics
Ultrasound in a liquid diffracts laser light into tunable multi-focus beamlets with sub-microsecond control, enabling high-throughput parallel laser writing on metals, polymers, and ceramics.