Read article: ‘Mental handwriting’: brain–computer interface turns neural signals into text
A brain–computer interface decodes a paralysed participant’s attempted handwriting movements, translating neural activity into on-screen text in real-time
Read article: BrainGate: untangling the brain–computer interface
First human trial of a wireless brain–computer interface demonstrates functional equivalence to wired devices, enabling patients to use it in their own homes
Read article: Tracking traffic patterns in the mouse brain
Researchers in the US have created the largest collection of electrical recordings from neurons in the mouse brain to investigate how mice perceive the visual world
Read article: Stable recordings enable ‘plug-and-play’ control of brain–computer interface
Machine-learning techniques help a paralysed individual learn to control a computer cursor using their brain, without requiring extensive daily retraining
Read article: Sidestepping the side effects of neurostimulation
Identifying the mechanism behind treatment-limiting side effects should improve the effectiveness of vagus nerve stimulation
Read article: Dynamic stimulation of visual cortex lets blind people ‘see’ shapes
Using electrical stimulation to dynamically trace letters directly on patients' brains enabled them to 'see' the intended letter shapes
Read article: Matrix factorization algorithms help track neuronal activity
New technique overcomes the problem of strong scattering of light as it passes though opaque biological tissue
Read article: Healing spinal cord injuries with graphene
Graphene-based foam implants could aid neurological healing process
Read article: Innovative brain–machine interface set to improve prosthetics and brain research
A brain–machine interface that enables multi-channel recordings of neural activity could improve human prosthetics and enhance understanding of the brain
Read article: Brain–computer interface could be tailored to treat brain disorders
Just one hour of brain–computer interface use led to clear changes in neuronal patterns, raising hopes of a potential new therapy for stroke victims
