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The appearance of indium gallium zinc oxide transistors in iPads shows that the display industry is poised to begin churning out a new breed of high-performance screens.
Using DNA to synthesize and align ultra-thin graphene ribbons could represent a way to manufacture graphene transistors that don’t leak.
Small, portable devices could get new stamina thanks to a transistor design that can cut a computer chip’s power consumption in half.
A new method for creating the copper wiring in chips promises better computer performance—for a few years, at least.
A nine-nanometer device shows that nanotubes could be a viable alternative to silicon as electronics get even tinier.
A more precise manufacturing method will help as electronics shrink ever smaller.
Researchers make transistors out of a material that’s better than silicon.
Nanotube circuits that combine speed and low power might drive flexible displays.
Specialized transistors track hardware bugs as they happen.
Chips that let errors happen, then correct them, use less power overall.