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We propose the manipulation of Majorana edge states via hybridization andspin currents in a nanowire spin transistor. The spin transistor is based on aheterostructure nanowire comprising of semiconductors with large and smallg-factors that form the topological and non-topological regions respectively.The hybridization of bound edge states results in spin currents and$4\pi$-periodic torques, as a function of the relative magnetic field angle --an effect which is dual to the fractional Josephson effect. We establishrelation between torques and spin-currents in the non-topological region wherethe magnetic field is almost zero and spin is conserved along the spin-orbitfield direction. The angular momentum transfer could be detected by sensitivemagnetic resonance force microscopy techniques.

Control of Majorana Edge Modes by a g-factor Engineered Nanowire Spin Transistor