Ultra-Thin Electrodes Enable Cyborg Insect Control
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Ultra-Thin Electrodes Enable Cyborg Insect Control
In a groundbreaking development at the intersection of biology, electronics, and robotics, researchers have pioneered a novel method to control the locomotion of insects by employing ultra-thin, self-adhesive electrode films applied directly to the abdominal surface of live cyborg insects. This innovative approach leverages advances in flexible electronics to seamlessly interface with insect physiology, presenting transformative implications for…
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