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We present a unique method that allows the LSST to scan the sky for stellarvariability on short timescales. The operational component of the strategyrequires LSST to take star trail images. The image processing component usesdeep learning to sift for transient events on timescales down to 10 ms. Weadvocate for enabling this observing mode with LSST, as coupling thiscapability with the LSST's tremendous 319.5 m$^2$deg$^2$ etendue will producethe first wide area optical survey of the universe on these timescales. Weexplain how these data will advance both planned lines of investigation andenable new research in the areas of stellar flares, cataclysmic variables,active galactic nuclei, Kuiper Belt objects, gamma-ray bursts, and fast radiobursts.

Unveiling the Rich and Diverse Universe of Subsecond Astrophysics through LSST Star Trails