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Magnetic skyrmions can be driven by an applied spin-polarized electroncurrent which exerts a spin-transfer torque on the localized spins constitutingthe skyrmion. However, the longitudinal dynamics is plagued by the skyrmionHall effect which causes the skyrmions to acquire a transverse velocitycomponent. We show how to use spin-orbit interaction to control the skyrmionHall angle and how the interplay of spin-transfer and spin-orbit torques canlead to a complete suppression of the transverse motion. Since the spin-orbittorques can be controlled all-electronically by a gate voltage, the skyrmionmotion can be steered all-electronically on a broad racetrack at high speed andconceptually new writing and gating operations can be realized.

Steering of the Skyrmion Hall Angle By Gate Voltage