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Fabrication of atomic scale of metallic wire remains challenging. In presentwork, a nanoribbon with two parallel symmetric metallic and magnetic edges wasdesigned from semiconductive monolayer PtS2 by employing first-principlescalculations based on density functional theory. Edge energy, bonding chargedensity, band structure and simulated STM of possible edges states of PtS2 weresystematically studied. It was found that Pt-terminated edge nanoribbons werethe relatively stable metallic and magnetic edge tailored from a nobletransition metal dichalcogenides PtS2. The nanoribbon with two atomic metallicwires may have promising application as nano power transmission lines, which atleast two lines are needed.

Tailoring symmetric metallic and magnetic edge states of nanoribbon in semiconductive monolayer PtS2