Abbreviated Journal Title
New J. Phys.
BIFURCATIONS; DRIVEN; LASER; Physics, Multidisciplinary
In this paper, we present the observation of light-induced self-synchronizing flow patterns in a light-fluid system. A light beam induces local flow patterns in a fluid, which oscillate periodically or chaotically in time. The oscillations within different regions of the fluid interact with each other through heat-and surface-tension-induced fluid waves, and they become synchronized. We demonstrate optical control over the state of synchronization and over the temporal correlation between different parts of the flow field. Finally, we provide a model to elucidate these results and we suggest further ideas on light controlling flow and vice versa.
New Journal of Physics
Greenfield, Elad; Rotschild, Carmel; Szameit, Alexander; Nemirovsky, Jonathan; El-Ganainy, Ramy; Christodoulides, Demetrios N.; Saraf, Meirav; Lifshitz, Efrat; and Segev, Mordechai, "Light-induced self-synchronizing flow patterns" (2011). Faculty Bibliography 2010s. 1334.