Check out this flexible interactive display, called Impress, slightly different than the current touchscreen displays like the Microsoft Surface, as it features a flexible interactive display.
The flexible display is made up of foam and force sensors, which means it actually reacts to your movements on the screen, and the screen moves as you touch it.
Here’s a video of it in action
impress – flexible display from Sillenet on Vimeo.
“The user can merge in and collaborate with technology more than ever. He can squeeze out information and fly through rooms, he can form three-dimensional and put objects in motion by deforming the surface. Four short applications allow an insight into an absolutely new world of deeply sensitive and intuitive interaction possibilities.”
From the video it looks great, it certainly looks a lot more interactive, and I love the way it gives the user feedback as the screen moves with you, it is only in the prototype stage at the moment, but I reckon this could be one to watch for the future.
Innovative Technology Behind Impress
The Impress display is a groundbreaking innovation in the realm of interactive technology. Unlike traditional touchscreen displays that rely on rigid glass or plastic surfaces, Impress uses a combination of foam and force sensors. This unique composition allows the display to be flexible and responsive to physical touch and pressure. When a user interacts with the screen, the foam compresses, and the force sensors detect the amount and location of the pressure. This data is then translated into corresponding actions on the display, creating a highly immersive and tactile user experience.
One of the most exciting aspects of Impress is its potential applications. Imagine using a map application where you can physically press down on a location to zoom in or squeeze the edges to pan across the map. This level of interaction could revolutionize the way we interact with digital content, making it more intuitive and engaging.
Potential Applications and Future Prospects
The potential applications for Impress are vast and varied. In the realm of gaming, for instance, the flexible display could provide a more immersive experience by allowing players to physically manipulate game elements. Imagine a racing game where you can feel the contours of the track or an adventure game where you can press and mold the environment to solve puzzles.
In educational settings, Impress could be used to create interactive learning tools that respond to students’ touch, making subjects like geography, biology, and physics more engaging. For example, a biology student could press on different parts of a 3D model of a cell to learn about its components and functions.
Moreover, Impress could have significant implications for accessibility. For individuals with disabilities, the tactile feedback provided by the flexible display could offer new ways to interact with technology. For instance, visually impaired users could benefit from the physical feedback to navigate digital interfaces more effectively.
While Impress is currently in the prototype stage, its potential has already garnered significant interest. Researchers and developers are exploring ways to refine the technology and expand its capabilities. Future iterations of Impress could feature even more advanced sensors and materials, making the display even more responsive and versatile.
Dis.Play via Hack A Day
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