(Note that the flicker in the video is due to the interaction of the camera shutter with the 45 projector shutters, and is not visible to users)

Projected self-levitating light field display allows users to hover in remote places

GLASGOW – This week, Human Media Lab researchers will unveil LightBee - the world’s first holographic drone display. LightBee allows people to project themselves into another location as a flying hologram using a drone that mimics their head movements in 3D - as if they were in the room.

“Virtual Reality allows avatars to appear elsewhere in 3D, but they are not physical and cannot move through the physical space” says Roel Vertegaal, Director of the Human Media Lab. “Teleconferencing robots alleviate this issue, but cannot always traverse obstacles. With LightBee, we're bringing actual holograms to physical robots that are not bound by gravity.”

Queen’s University’s Human Media Lab unveils world’s first interactive physical 3D graphics

Berlin – October 15th. The Human Media Lab at Queen’s University in Canada will be unveiling GridDrones, a new kind of computer graphics system that allows users to physically sculpt in 3D with physical pixels. Unlike in Minecraft, every 3D pixel is real, and can be touched by the user. A successor to BitDrones and the Flying LEGO exhibit – which allowed children to control a 3D swarm of drone pixels using a remote control – GridDrones allows users to physically touch each drone, dragging them out of a two-dimensional grid to create physical 3D models. 3D pixels can be given a spatial relationship using a smartphone app. This tells them how far they need to move when a neighbouring drone is pulled upwards or downwards by the user. As the user pulls and pushes pixels up and down, they can sculpt terrains, architectural models, and even physical animations. The result is one of the first functional forms of programmable matter. 

Queen’s Human Media Lab unveils the world's first rollable touch-screen tablet, inspired by ancient scrolls

BARCELONA - A Queen’s University research team has taken a page from history, rolled it up and created the MagicScroll – a rollable touch-screen tablet designed to capture the seamless flexible screen real estate of ancient scrolls in a modern-day device. Led by bendable-screen pioneer Dr. Roel Vertegaal, this new technology is set to push the boundaries of flexible device technology into brand new territory.

The device is comprised of a high-resolution, 7.5” 2K resolution flexible display that can be rolled or unrolled around a central, 3D-printed cylindrical body containing the device’s computerized inner-workings. Two rotary wheels at either end of the cylinder allow the user to scroll through information on the touch screen. When a user narrows in on an interesting piece of content that they would like to examine more deeply, the display can be unrolled and function as a tablet display. Its light weight and cylindrical body makes it much easier to hold with one hand than an iPad. When rolled up, it fits your pocket and can be used as a phone, dictation device or pointing device.