An ultra-thin wearable device capable of reproducing the localized sensation of touch had been developed at the Center for Materials Interfaces of the Istituto Italiano di Tecnologia (Italian Institute of Technology, IIT), in Pontedera, Italy. The technology is described in a recent paper published in the journal Advanced Electronic Materials.
When we think of novel interfaces for computing, they are usually voice-based or using sight (AR/VR glasses, etc). When you think about it, interfaces designed around our sense of touch have lots of advantages.
They’re private. No one needs to know what you are using them for or what you are talking about. They’re less cumbersome than the glasses or headgear AR requires. Sure they have limitations too, but I wonder what applications would work for this medium of communication. Real-time language translation? An AI delivering messages or advice in meetings when no one knows you are using it?
Submission Statement
When we think of novel interfaces for computing, they are usually voice-based or using sight (AR/VR glasses, etc). When you think about it, interfaces designed around our sense of touch have lots of advantages.
They’re private. No one needs to know what you are using them for or what you are talking about. They’re less cumbersome than the glasses or headgear AR requires. Sure they have limitations too, but I wonder what applications would work for this medium of communication. Real-time language translation? An AI delivering messages or advice in meetings when no one knows you are using it?
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