It is undeniable that the United States and the United Kingdom dominate the silver screen. However, especially in recent years, South Africa has increasingly…
This actual working prototype of PaperFold can connect up to three screens at once, showing off a design that works the way we interact with traditional objects. So to view a single photo in a gallery, a second screen is connected which displays larger images of the smaller thumbnails.
To create a 3D object, PaperFold is folded into the shape of a structure (in this case, New York’s Flatiron building) which is then 3D printed into a tiny Monopoly piece. PaperFold screens can also be flatted to create a large surface for Google Maps, or be “shaped into a convex globe”.
PaperFold will automatically recognise the shape it takes (be it a map or or mini-laptop) to adjust the appearance of its apps accordingly. In the video below, it becomes a tiny laptop, map, phone, image viewer and 3D printer in just under a few seconds each, and the effect is astonishing.
Everything’s part of an independent system, so PaperFold screens don’t have to be connected together to work, explains Dr. Vertegaal, a professor and director of the Human Media Lab at Queen’s. “In PaperFold, each display tile can act independently or as part of a single system. It allows multiple device form factors, providing support for mobile tasks that require large screen real estate or keyboards on demand, while retaining an ultra-compact, ultra-thin and lightweight form factor.”
PaperFold’s creators want to remove the endless zooming and scrolling associated with mobile displays and instead, offer the ability to connect secondary screens for a larger, more cohesive viewing space. It’s form equals function in malleable mobile devices, says Dr. Vertegaal. PaperFold will be officially unveiled this Monday at Toronto’s ACM CHI 2014 conference, which focuses on human-computer interaction.