🔍Artificial skin can detect and respond to stimuli, just like human skin.
🌡️The material used in artificial skin can change shape and thickness based on external conditions such as temperature, humidity, and light.
🎛️Piezoelectric material is combined with the stimuli-responsive material to convert the changes in thickness into measurable electrical signals.
🏥Artificial skin has potential applications in medicine, including burn victims and prosthetics.
🤖In robotics, artificial skin could improve sensitivity and safety by enabling robots to better sense their environment.