Abstract
Here, the effects of the two-dimensional WS2 layer on the structural and magnetic properties of cobalt (Co) thin filmis investigated inaCo/WS2 bilayer fabricatedonSi (100)substrates. The Co layer grown on the WS2 layer formed a crystal structure whereas that individual Co isolated layer is amorphous. The magnetic hysteresis loop and magnetoresistance measurements show that there is an in-plane magnetic anisotropy in the Co/WS2 bilayer. We suggest that the observed anisotropy could be caused by the formation of Co crystallinity grown on WS2 and orbital hybridization at the Co/WS2 interface. Our results represent an interface control of anisotropy in two-dimensional structures.
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