The Chinese neural interface company begins construction of the country's first dedicated manufacturing facility for implantable brain-computer interfaces in Nanchang, signaling a shift from lab to production line.
Michael, a quadriplegic patient, uses 256 microelectrodes implanted in his brain to regain autonomy through thought-controlled computing. Researchers in Munich demonstrate how BCIs are moving from experimental to practical.
New research demonstrates a brain implant that can identify walking activity in Parkinson's patients as it happens, potentially enabling adaptive therapies that respond to movement needs moment by moment.
Chinese experts forecast widespread brain-computer interface deployment by 2031, backed by insurance integration and national standards designed to bridge research and clinical implementation.
AlterEgo, spun out from MIT Media Lab, showcases wearable device that translates internal speech into digital commands without vocalization.
University of Malta scientists have launched an open-source web browser controlled entirely by neural signals, democratizing access to BCI development tools.
Elon Musk's brain-computer interface company recruits former FDA official David McMullen to lead medical affairs, signaling a push toward regulatory maturity as human trials expand.
A leading Chinese expert predicts brain-computer interfaces will reach widespread public use by 2031, signaling Beijing's accelerating push to match U.S. innovation in neurotechnology.
A researcher has compiled an index of datasets used to reconstruct what people see from brain activity, potentially accelerating development of visual BCIs and neuroprosthetics.
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