Cambridge researchers translate graphene into printable circuitry material, bring basic ‘Skynet’ factory to you

Yes, graphene is fantastic and possesses many helpful / otherworldly properties. The facility to apply graphene itself to print flexible, transparent thin-film transistors via an inkjet printer is simply another certainly one of them. Over on the University of Cambridge , researchers have discovered that it’s possible to print standard CMOS transistors using a graphene component. Provided the graphene is chipped off a block of graphite using a chemical solvent and the bigger (potentially print-head blocking) chips are removed, it is usually became a polymer ink that can then run through a traditional inkjet printer. The possible results of that’s flexible, transparent and wearable computer circuitry coming from ordinary printers in preference to several multi-million-dollar machines in a factory, which has long been the historical standard. Besides, who wouldn’t need to print their very own circuitry on a PhotoSmart MFP instead of whatever report could be due tomorrow?

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This post is tagged: cmos transistors, computer circuitry, dollar machines, thin film transistors, university of cambridge, wearable computer