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Optical spatial solitons are considered as basic element for all optical signal processing as they act as lightinduced channels for optical information. However, the challenge is to reconfigure the soliton waveguides in space by modifying the soliton trajectories through external stimuli. Developing efficient strategies to achieve such control is one of the challenges in nonlinear optics. Izdebskaya et al. have addressed this issue though a new approach to routing waveguides in three dimensions (3D) without transverse boundary conditions by applying an external magnetic field to nematic liquid crystals to control the direction of the propagation and angular steering of the wave packets. The work has been published in a recent issue of Nature Communications.
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