Researchers at the University of Bristol recently developed an adaptable touch screen that can transform into a variety of shapes and therefore perform different functions.
The adaptable touch screen is called 'Cubimorph' and looks like a Rubik's cube since it is made up of small cubes. The surface of the Cubimorph is covered in touch screens and the plan for the device is for it to morph to the user's needs. The device could work as a smartphone or a gaming console and will be able to transform automatically. An added benefit is that the transformable device can adapt to suit the needs of children, the elderly or the physically impaired.
The purpose of this technology is to pave the way for the future of handheld gadgets, making shape-shifting technology that will work to adapt to the user's needs.
Shape-Shifting Touch Screens
Researchers Developed an Adaptable Touch Screen Prototype
Trend Themes
1. Shape-shifting Touch Screens - The trend of developing adaptable touch screen prototypes that can transform into a variety of shapes and therefore perform different functions has the potential to revolutionize handheld gadgets.
2. Adaptive Devices - The trend of developing devices that can automatically transform to suit the needs of different users has the potential to improve accessibility for children, the elderly, and the physically impaired.
3. Flexible Electronics - The trend of using flexible components to create devices such as the Cubimorph could lead to more durable and adaptable future gadgets.
Industry Implications
1. Consumer Electronics - The consumer electronics industry has the opportunity to innovate and develop shape-shifting touch screens that will revolutionize the market.
2. Gaming - Gaming companies have the opportunity to incorporate shape-shifting touch screens into their products, potentially enhancing the user experience and providing a competitive edge.
3. Accessibility Technology - The accessibility technology industry has the opportunity to utilize shape-shifting touch screens to develop adaptive devices that can meet the unique needs of a wider range of users.