Robot cá đầu tiên bơi nhanh, bơi nhuyễn như cá
Nghiên cứu sinh thuộc Viện công nghệ Massachusetts (MIT), Mỹ vừa phát minh thành công robot mềm, có thể hoạt động dưới nước với tốc độ khủng như loài cá trong tự nhiên.
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