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Stanford Researchers Develop Moly-Tellurium Graphene Alternative
Jul. 02, 2014 09:52AM PST
Industrial Metals Investing
Gigaom reported that Stanford University researchers have come up with a graphene alternative that solves a key issue with the so-called “wonder material.” That problem is that graphene “constantly conducts electricity” when “[e]lectronics need to be able to turn the flow on and off.”
Gigaom reported that Stanford University researchers have come up with a graphene alternative that solves a key issue with the so-called “wonder material.” That problem is that graphene “constantly conducts electricity” when “[e]lectronics need to be able to turn the flow on and off.”
As quoted in the market news:
The material is made from an atom-thick layer of molybdenum, a metal, sandwiched between a tin-like chemical known as tellurium that is already used in solar panels.
The two materials form a crystal, which, when pulled apart, forms an insulator to block electricity from flowing. When it is pushed back together, it becomes a semiconductor.
The Stanford team did not make the crystal. So far, it has only been modeled on a computer. But its members hope their work will inspire other scientists to pursue developing it.