Scientists in China have developed a highly sensitive and durable stretchable foam that can revolutionize how we track body movement and interact with technology.
The foam, functioning as a sensor, can detect pressure and stretch changes by measuring electrical resistance, thanks to its piezoresistive strain sensor technology.
Created using a special foaming technique called supercritical carbon dioxide (scCO₂) foaming, the foam can stretch up to 952% of its original length while maintaining its functionality.
The production method is environmentally friendly, making the foam not only effective but also sustainable, with potential applications in wearable tech, soft robotics, health monitoring devices, and more.