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We consider a zigzag nanoribbon of MoS2 and study its spin-dependentconductance and spin-polarization in presence (absent) of an external electricfield. The field is not only perpendicular to the molybdenum plane (calledvertical field Ez) but also to the transport direction of electrons (calledtransverse field Et). It is shown that, while in the absent of the externalelectric field, two bands of seven bands are spin split in the valence band butno spin splitting is seen at point . Under applying the electric field we show,the ribbon behaves as a prefect spin up (down) filter if and only if the bothcomponents of the electrical field are present. Finally it is shown that, bychanging the strength of , the ribbon acts as a spin inverter for fixed valuesof Ez .

Tunable spin transport using zigzag MoS2 nanoribbon