Researchers, based out of North Carolina State University, were able to create a breathable sleeve device, which allowed the wearer to control a Tetris game. The wearable sleeve was created using very thein material that was electronic and had the ability to breathe. Yong Zhu, one of the researchers on the project, spoke about its potential, "The method we used for creating the material is also important because it’s a simple process that would be easy to scale up."
The material was created by stretching polymer film, and then coated in nanowires, to allow electronic currents to pass through. The project could a significant step toward wearable electronics that can continue to operate for long periods of time.
Wearable Sleve Game Controllers
Researches Created Wearable Sleeve to Control a Tetris Game
Trend Themes
1. Wearable Sleeve Game Controllers - Creating wearable sleeves as game controllers opens up opportunities for immersive gaming experiences.
2. Breathable Electronics - Developing breathable electronic materials can pave the way for more comfortable and functional wearable devices.
3. Stretchable Polymer Film - Advances in stretchable polymer film technology allow for flexible and durable wearable electronics.
Industry Implications
1. Gaming - The gaming industry can leverage wearable sleeve game controllers to enhance user engagement and immersion.
2. Wearable Technology - The wearable technology industry can capitalize on breathable electronic materials to create more comfortable and long-lasting wearables.
3. Material Science - The field of material science can explore stretchable polymer film technology to develop innovative electronic materials with various applications.