Students from MIT have developed an artificial intelligence system that can influence and control human body movements. The system works by sending signals that interact with the nervous system, enabling external control of physical actions. Researchers said the technology could have applications in rehabilitation and assistive devices. The project demonstrates how AI can interface with biological systems. The development raises questions about safety, ethics, and future uses of such technologies as researchers continue exploring human-AI interaction in medical and experimental settings. (104 words)
Students from MIT have developed an artificial intelligence system that can influence and control human body movements. The system works by sending signals that interact with the nervous system, enabling external control of physical actions. Researchers said the technology could have applications in rehabilitation and assistive devices. The project demonstrates how AI can interface with biological systems. The development raises questions about safety, ethics, and future uses of such technologies as researchers continue exploring human-AI interaction in medical and experimental settings. (104 words)