A brain implant just let a paralyzed man walk again — with no body movement required.
At Lausanne University Hospital in Switzerland, a man who had been paralyzed from the waist down for over a decade just took steps again — not with exoskeletons or braces, but by using a digital bridge between his brain and spinal cord.
Neurosurgeons implanted two wireless devices: one on his motor cortex (inside his skull) and one on his spinal cord.
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CeceDuBois
in reply to CeceDuBois • • •These implants decode the man’s intention to walk and send signals directly to the lower spine, bypassing the damaged area completely. No cables. No external assistance.
With a few weeks of training, the man could walk across a room, climb stairs, and even navigate uneven ground. His movements were not robotic or jerky — they were fluid, responsive, and conscious. This is the first time a full digital bypass of a spinal injury has resulted in real-world, self-initiated walking.
CeceDuBois
in reply to CeceDuBois • • •The system uses machine learning to decode brain signals in real-time and adapts over time to match the patient's movement goals. It's not just a tool — it's an extension of the nervous system.
And as incredible as it sounds, the man’s original spinal cord function began showing signs of natural reconnection after several weeks, suggesting that stimulation may promote healing too.
Neurotechnology has reached a point where thought alone can resurrect motion — even after years of silence.
The Felon Pope
in reply to CeceDuBois • • •CeceDuBois
in reply to The Felon Pope • • •@Phil
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HeyLiberty 🗽🇺🇸 MAGA Bloodbath🩸
in reply to The Felon Pope • • •Using tools for the good of all kind!😂
Lori ✝️🏡🇺🇸
in reply to HeyLiberty 🗽🇺🇸 MAGA Bloodbath🩸 • • •Or talk to customer service....