<p>Patients who have traumatic nerve injuries can face significant paralysis, including paraplegia and quadriplegia. Chad Bouton's research is on developing devices that can decode and recode the electrical signals that normally flow between a limb and the brain, allowing damage to be bypassed. </p>

Patients who have traumatic nerve injuries can face significant paralysis, including paraplegia and quadriplegia. Chad Bouton's research is on developing devices that can decode and recode the electrical signals that normally flow between a limb and the brain, allowing damage to be bypassed.

<p>Patients who have traumatic nerve injuries can face significant paralysis, including paraplegia and quadriplegia. Chad Bouton's research is on developing devices that can decode and recode the electrical signals that normally flow between a limb and the brain, allowing damage to be bypassed.&nbsp;</p>

Rerouting Intention And Sensation In Paralyzed Patients

Fixing the Future from IEEE Spectrum magazine is a biweekly look at the cultural, business, and environmental consequences of technological solutions to hard problems like sustainability, climate change, and the ethics and scientific challenges posed by AI. IEEE Spectrum is the flagship magazine of IEEE, the world’s largest professional organization devoted to engineering and the applied sciences.

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Rerouting Intention And Sensation In Paralyzed Patients

Rerouting Intention And Sensation In Paralyzed Patients

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