100% new material or replace conductive graphene interconnects for high-speed low-power

Stanford University Professor Shoucheng Zhang led the research team recently discovered a can achieve 100% efficiency Elsie conductive base material at room temperature, they can bring this new material greater imagination is called "stanene" .
The team includes Stanford University and the US Department of Energy (DoE) SLAC National Laboratory researchers to accelerate their graphene based on the origin of the name and the new tin-based material named "stanene" ── tin Latin "stannum" as a prefix. However, compared to the use of 2D graphene monolayer of carbon atoms, which uses a single layer of tin material stanene. Although they try to avoid this kind of material is referred to room temperature superconductors, but in fact they are quite similar.

Join fluorine atom (yellow) and tin atoms (gray) 2D monolayer implemented stanene new material that can be at room temperature to along the edges (blue and red arrows) provide zero impedance at high temperatures up to 100 ℃ (about 212 ℉) in.

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