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We observe rogue-wave-like events in red-blood-cell suspensions driven by light scattering and Brownian motion. In contradistinction with results from polystyrene bead suspensions, at high powers, the optical nonlinearity leads to altogether different probability distributions.
We demonstrate soliton-mediated orientational ordering in gold nanorod suspensions. Polarization transmission spectrum shows orientation-enhanced birefringence along the soliton channel, indicating a disorder-to-order transition of nanorods due to the torque exerted by the soliton beam.
We demonstrate soliton-induced waveguiding and orientational ordering in gold nanorod suspensions. Using a probe beam far away from plasmonic resonance, we observe orientation-enhanced birefringence along the soliton waveguide, indicating optically induced disorder-to-order transition of nanorods.
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