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Thanks to a new surgical procedure, arm amputees can intuitively control a bionic limb for the first time.
A study gives a first demonstration that brain-machine interfaces can include touch feedback.
Surgically installing prostheses into bones works better than traditional methods, but it still presents a significant risk of infection.
A tiny radio chip implanted in a moth harvests power and senses neural activity.
Tiny implants that connect to nerve cells could make it easier to control prosthetic limbs.
Sensory feedback via the tongue might improve neural prostheses.
Neural implants could benefit from coated electrodes.
Hugh Herr explains the scientific evidence behind the decision.