Researchers at Tampere University have developed a light-driven micro-robot that autonomously navigates viscous environments, marking a major step in soft robotics.
The use of liquid crystalline elastomer enables the micro-robot to move by reacting to laser stimuli, showcasing an innovative application of synthetic materials.
This breakthrough opens up possibilities for medical applications, including drug delivery through mucus or clearing blocked blood vessels, enhancing robotic efficiency in complex environments.
Zixuan Deng highlights that the development of such micro-robots could transform how we approach challenges in both healthcare and environmental monitoring.
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