Pilotfish's Ondo music editing mobile concept puts new twist on smartphones

bendable posts

Carbon nanotubes may very well kill you (okay, so that's very much a stretch), but you'll have a hard time convincing the dutiful scientists at the University of Illinois at Urbana-Champaign to stop their promising research. Put simply (or as simply as possible), said researchers have discovered that "networks of single-walled carbon nanotubes printed onto bendable plastic perform well as semiconductors in integrated circuits." So well, in fact, that the nanotube networks could one day "replace organic semiconductors in applications such as flexible displays." Granted, there is still much to do before these networks are ready for product integration, but you can bet these folks aren't hitting the brakes after coming this far.
As researchers continue to forge ahead in their quest to create commercially viable flexible displays, a new team from Canada has apparently unearthed a breakthrough of sorts. Reportedly, the crew has been able to conjure up a full-color display which boasts pixels made from photonic crystals, and by "bonding them to an electroactive polymer that expands when a voltage is applied to it," the colors of the pixels change. According to André Arsenault of the University of Toronto, the newfangled devices "can be viewed just as well in bright sunlight as in indoor light," and if all goes as planned, we could be seeing a whole lot more of these promising units "in as little as two years" when the startup Opalux looks to fit these bendable creations into billboards, handheld gadgetry, and anything else it deems fit.
Talk about a long time coming, as what is now Polymer Vision has seemed to finally put all the pieces together and produce an actual working product from the idea envisioned by Philips around two years ago. We knew the spinoff was looking to commercialize the product later this year, but after nearly 24 months of coming up empty, a bit of understandable skepticism begins to seep through. Nevertheless, the firm's rollable, pocket-friendly "Cellular-Book" was out and showing its stuff at 3GSM, proving that there's at least something there to put on store shelves. Although the unit on display was indeed a standalone device -- sporting 16 shades of grey, USB, "10-days" of battery life, 4GB of internal storage, and GPRS, EDGE, and DVB-H connectivity just like we'd heard -- Polymer Vision is actually hoping to integrate its e-paper technology into mobile handset displays in the near future. Sadly, there still didn't seem to be any hints of a release date for the nifty pocket reader, but be sure to click on through for the very long awaited pictures of the Readius in action.
If there's one thing the business-savvy CEOs of the world know, it's that you don't want your competition to get too far ahead of you, and just as Plastic Logic announced its plans to build the first electronic paper plant in Dresden, Germany, Polymer Vision is trying to make good on its nearly two-year old promise. During 2005's IFA expo, Philip assured us all that we'd be blown away by the firm's rollable, bendable displays in a mere two years, and now that 24 months have nearly elapsed, a company spinoff is looking to make it happen. According to a German report, Polymer Vision is still on track for "commercializing the foldable PV-QML5 display" that we've all grown quite fond of. Planning to use the technology in e-books and electronic map guides, the initial 4.8-inch display will tout a 320 x 200 resolution, 10:1 contrast ratio, support for four gray tones, and be only 100 micrometers thick. Sadly, no hard dates were passed down as to when we could expect the first production batch to head out to consumers, but now that there's some serious competition brewing just a few miles down the road, we'd bet a good bit of effort goes into making that 2007 date a reality.





