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Optical time-stretch microscopy has recently attracted intensive attention for its capability of acquiring images at an ultrahigh frame rate. Unfortunately, its achievable frame rate is limited by the requirement of having no overlap between consecutive frames, which leads to a tradeoff between the frame rate (pulse repetition rate) and the amount of the temporal dispersion used for optical image...
We report the first experimental demonstration of dispersive Fourier transformation in the industrially and biomedically important spectral range of ∼800-nm using a chirped fiber Bragg grating and discuss its utility to high throughput biological diagnostics.
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