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Robot Moth Grows UV Sensor Using Artificial Blood Circulation System Robots may be suitable for working in extreme conditions, but they are still poor at adapting. The solution may be to create new components directly in the process. An international team of engineers has developed a robotic moth that uses an artificial circulatory system to transport chemical building blocks, allowing it to "grow" a light sensor in areas exposed to ultraviolet light.

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Robot Moth Grows UV Sensor Using Artificial Blood Circulation System Robots may be suitable for working in extreme conditions, but they are still poor at adapting. The solution may be to create new components directly in the process. An international team of engineers has developed a robotic moth that uses an artificial circulatory system to transport chemical building blocks, allowing it to "grow" a light sensor in areas exposed to ultraviolet light.

Robot Moth Grows UV Sensor Using Artificial Blood Circulation System Robots may be suitable for working in extreme conditions, but they are still poor at adapting. The solution may be to create new components directly in the process. An international team of engineers has developed a robotic moth that uses an artificial circulatory system to transport chemical building blocks, allowing it to "grow" a light sensor in areas exposed to ultraviolet light.

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