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.
Mike OrcuttFollow @twitterapi
I’m MIT Technology Review’s research editor. I spend my days taking things extremely seriously and attempting with all my nerdy might to piece together bigger pictures from the bits and shreds of truth I manage to filter from the information barrage. I’m particularly obsessed with the energy-related challenges facing humanity and the future of the Internet.
Mike Orcutt's Stories
Drawing on artificial-intelligence capabilities, PARC researchers are developing software meant to help make manufacturing accessible to people without manufacturing expertise.
New research suggests graphene could enable highly efficient optical communication in chips for data centers and supercomputers.
Using DNA to synthesize and align ultra-thin graphene ribbons could represent a way to manufacture graphene transistors that don’t leak.
Researchers aim to print large areas of carbon nanotube thin-film transistors on plastic surfaces to make flexible displays and sensor networks.
Researchers unveil one of the most complex electronic systems ever built on plastic.
Laboratory advances hint at how additive manufacturing technology could change the way some electronic devices are made.
Using computers to virtually test new molecules could lead to new types of solar cells.
A plastic smartphone screen cover patterned with tiny lenses could help mobile 3-D take off.
Despite the need to reduce carbon dioxide emissions, the burning of coal has only been accelerating.