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The compound semiconductor website reports that a team of researchers from the US Department of Energy's Berkeley Lab and the University of California, Berkeley, made an atomic thin material that made it a promising candidate for "spintronics" .







This material, called 1T "phase tellurium telluride (1T" -WTe2), bridges two areas of research: 2D materials, including single layer materials that behave differently than their thicker counterparts, such as graphene; topological materials in which Electrons can move rapidly without resistance in a predictable way, and are immune to defects that usually hinder their movement.







At the edge of this material, the rotation of electrons and their momentum are closely related and predictable.







This material is known as a topological insulator because its inner surface is not electrically conductive and its conductivity (electron flow) is limited to its edges.






The latest experimental evidence promotes the use of this material as a test target for next generation applications such as newer electronic devices that manipulate their spin properties to carry and store data more efficiently than current devices.










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