Abstract
We report on power-dependent self-transverse acceleration of optical spatial solitons in two settings: pure nematic liquid crystals, where the self-steering is a consequence of all-optical reorientation through nonlinear changes in birefringent walk-off, and dye-doped nematic liquid crystals, where the guest-host interaction amplifies reorientation and enhances the transverse force acting on the soliton, thus changing its trajectory.
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