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At a New York event sponsored by Xerox's Innovation Group this month, a Xerox fellow, Beng Ong, presented a jet-printed plastic transistor that had been made with polythiophene-based, semiconductive polymer ink. Because plastic transistors can be fabricated using standard printing processes, they are much cheaper to manufacture than silicon transistors, Ong said.
Xerox is exploring ways to combine its SmartPaper technology with plastic transistors to create electronic display screens that users can roll up and transport as easily as paper...
Now I can't find any images of the electric paper discussed, but I saw it demonstrated on a broadcast on (anonymous channel) a few days ago...the paper overall is a semi-light gray and, judging from the demonstration, flexes like a plastic version of theme paper.
At a New York event sponsored by Xerox's Innovation Group this month, a Xerox fellow, Beng Ong, presented a jet-printed plastic transistor that had been made with polythiophene-based, semiconductive polymer ink. Because plastic transistors can be fabricated using standard printing processes, they are much cheaper to manufacture than silicon transistors, Ong said.
Xerox is exploring ways to combine its SmartPaper technology with plastic transistors to create electronic display screens that users can roll up and transport as easily as paper...
Now I can't find any images of the electric paper discussed, but I saw it demonstrated on a broadcast on (anonymous channel) a few days ago...the paper overall is a semi-light gray and, judging from the demonstration, flexes like a plastic version of theme paper.