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In this work, we study the spin polarization in the $MoS(Se)_{2}-WS(Se)_{2}$Transition metal dichalcogenide heterostructures by using the non-equilibriumGreen's function (NEGF) method and a three-band tight-binding model near theedges of the first Brillouin zone. Although it has been shown that thestructures have no significant spin polarization in a specific range of energyof electrons, by applying a transverse electric field in the sheet of the metalatoms, shedding light on the sample, and under a small bias voltage, asignificant spin polarization in the structure could be created. Besides, byapplying a suitable bias voltage between leads and applying the electric fielda noticeable spin polarization can be found even without shedding the light onthe heterostructures.

Spin polarization in Lateral two-dimensional Heterostructures