Researchers at the University of Southern California have developed a revolutionary wireless implant that could transform chronic pain management for millions of patients. The ultrasound-induced wireless implantable (UIWI) stimulator combines artificial intelligence with flexible bioelectronics to deliver personalised spinal cord stimulation without requiring batteries or invasive surgical procedures.
Carnegie Mellon University scientists have demonstrated the first noninvasive brain-computer interface capable of controlling individual robotic fingers in real-time using electroencephalography (EEG) signals. The breakthrough study, involving 21 participants, achieved 80.56% accuracy for two-finger control tasks and represents a significant advance in dexterous robotic manipulation through thought alone. .
Researchers at UC Davis have demonstrated the first brain-computer interface that directly translates neural activity into synthesised speech in real-time, allowing a man with severe ALS to communicate naturally with immediate audio feedback rather than text-based approaches.
Advanced brain-computer interface technology has enabled individuals with spinal cord injuries to experience complex touch sensations whilst controlling an external bionic hand, marking a significant development in neural prosthetics research.
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