We've kept a close eye on the 27th ACM Symposium on INTER Software and Technology in Honolulu this week, given that it's already produced dozens of fascinating prototypes. But this award-winning paper is perhaps the coolest we've seen: It lays out a new technique for printing cheap, simple touchscreen displays with…
Graphene is one of those material science breakthroughs that's so frequently described as a harbinger of technological revolution, it almost feels hackneyed. Almost, until an update like this rolls around: Scientists at Cambridge today demonstrated the first graphene-based flexible display.
Flexible touch screens have been "just round the corner" for some time now. Heck, Samsung showed off a flexible screen at CES in January 2013. Sadly, it was just a prototype. The truth is that flexible displays just haven't been durable enough for mass production. Until now.
We only recently learned about LG's new 18-inch flexible display that can roll up like a magazine. It sounds crazy. But seeing it bend and twist in on video makes my heart palpitate.
If your phone is lacking one thing, it's a display that covers multiple sides of its boring little rectangular frame. At least, that's according to Samsung, because Bloomberg is reporting that the company has plans to produce a phone with a curved OLED screen which wraps around three of its sides.
As if we needed any further convincing of the wonderful potential of flexible displays, a Japanese company called SEL has developed a high-resolution screen that can be rolled to a tight four-millimeter radius, allowing it to wrap around the edge of a smartphone while still working.
LG unveiled the "world's first flexible OLED panel for smartphones" on Monday morning and bragged about how products with "enhanced performance and differentiated designs" would follow next year. A fully flexible smartphone is probably not going to be among those exciting new things, however.
Some mad flexi-OLED prototypes have been shown off by other companies before, but HP's getting in on the act with screens that could be used for a multitude of purposes, and hopefully as soon as 2013.
Look, this Fujitsu hybrid notebook/tablet is years and years away from existing. And by then, will we use the notebook form factor at all? Who knows, but I love this flexible, folding screen, which doesn't have a distracting middle hinge.
For some reason I'm skeptical that the one thing keeping newspaper readers from switching to E-Ink readers is the form factor, but that doesn't make this semi-transparent E-Ink newspaper display concept any less cool.
In future wars, our soldiers will be equipped with flexible, solar-powered computer displays on their wrists. And making it work has required a complete rethinking of how flexible displays are made.
When I got up this morning, I threw my Kindle in my bag's padded courdoroy laptop sleeve like I always do. A few hours later, I pulled it out and it looked like this.
Samsung has unveiled an ultra-thin 'flapping' OLED screen at FPD International 2008, demonstrating the flexibility of the display by letting it bend and flutter in the wind. At a paper-thin .05mm, the 4-inch screen is still able to create an image of 480x272 pixels, with a 100,000:1 contrast ratio and 100%…
We've been talking about next-gen display technology like e-paper for ages, but professor Roel Vertegaal thinks we're not thinking about future computing flexibly enough. He's convinced that "non-planar" computing devices with screens in almost any shape will one day be ubiquitous, and is busy building prototypes in…
Intel has jumped onto the flexible display bandwagon, promising us a future with bendable cellphones, GPS navigators and PDAs. According to the company's patent, the displays will be made up of two flexible sheets and magnetically controlled pixels. No word on when these displays will become a reality, but between…