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Spin polarized currents originate a spin-transfer torque that enables themanipulation of magnetic textures. Here we theoretically study the effect of aspin-polarized current on the magnetic texture corresponding to a chiralsoliton lattice in a monoaxial helimagnet under a transverse magnetic field. Atsufficiently small current density the chiral soliton lattice reaches a steadymotion state with a velocity proportional to the intensity of the appliedcurrent, the mobility being independent of the density of solitons and themagnetic field. This motion is accompanied with a small conical distortion ofthe chiral soliton lattice. At large current density the spin-transfer torquedestabilizes the chiral soliton lattice, driving the system to a ferromagneticstate parallel to the magnetic field. We analyze how the deformation of thechiral soliton lattice depends on the applied current density. The destructionof the chiral soliton lattice under current could serve as a possible erasuremechanisms for spintronic applications.

Response of the chiral soliton lattice to spin polarized currents