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The Conversation
The Conversation
Science
David Caldwell, Neurological Surgery Resident, University of California, San Francisco

UNBELIEVABLE: Restoring touch through electrodes implanted in the human brain will require engineering around a sensory lag - Caught on Camera

The brain responds differently to natural touch on a finger versus a direct electrical stimulation. Sebastian Kaulitzki/Science Photo Library

More than 5 million people in the United States are affected by limb loss or paralysis. Technological devices that directly interact with the brain, known as brain-computer interfaces, offer the potential to decode an individual’s thoughts and translate them into action using a robotic arm or a cursor on a screen. These neuroprosthetics can take the place of an amputated or paralyzed arm, for instance, helping the user take an action.

Much research in this field to date has focused on decoding brain signals – what is it that the person wants to do?

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