![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEi2YXw1KBM3jD1kYXBoEKXtaIrOQiCG_5ukrHJc0EiwA3mLzfw0omsrvVUe1qhDy1o7sQYqpsWYBbSU1pDfN2WruEu1MpJkEsygF_XVT0V2a7OfDs66qjWtuNyd4p3DhDKn_aAu5tfEJhs/s320/thin-transparent-disc-usc.jpg)
USC researchers have demonstrated a low-temperature (and therefore relatively inexpensive, apparently) process for printing transparent TFTs on flexible material able to bend up to 120 degrees which allows for embedding LED to build see-through displays. The prototype disc shown above is 5 inches in diameter and contains around 20,000 nanotube transistors. The researchers suggest the technology could be used for e-paper, smart tags, and artificial skin, as well as an affordable heads-up display that could be put into car windshields. Our suggestion? Couple it with transparent playing cards for the ultimate poker-cheating experience.
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