A sliding-window structure-function method extracts 0.5 to 5 day variability timescales from TESS data of S5 1803+784 and links the amplitude-timescale correlation to jet sub-components with different Doppler factors.
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A new method for studying the blazar variability on the shortest time scales and its application to S5 1803+784
A sliding-window structure-function method extracts 0.5 to 5 day variability timescales from TESS data of S5 1803+784 and links the amplitude-timescale correlation to jet sub-components with different Doppler factors.