  We present the light-induced manipulation of absorbing liquid droplets in
air. Ink droplets from a printer cartridge are used to demonstrate that
absorbing liquids - just like their solid counterparts - can interact with
regions of high light intensity due to the photophoretic force. It is shown
that droplets follow a quasi-ballistic trajectory after bouncing off a high
intensity light sheet. We estimate the intensities necessary for this rebound
of airborne droplets and change the droplet trajectories through a variation of
the manipulating light field.
