Flexible actuators with photothermal-responsive and humidity-responsive properties via electrohydrodynamic direct writing

Key Points

• These actuators respond to changes in temperature and humidity, enabling dynamic performance adjustments.
• Key metrics indicate significant responsiveness with a variation range of 30% under specific conditions.
• Assessment using electrohydrodynamic direct writing techniques allows for versatile actuator designs.
• Highlights potential applications in robotics and adaptive materials, promoting innovation in smart systems.