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Monkeys control robotic arm with thoughts!
Washington, Oct 13: Scientists in North Carolina in the United States have built a brain implant that allows monkeys control a robotic arm with their thoughts.
Washington, Oct 13: Scientists in North Carolina
in the United States have built a brain implant that allows
monkeys control a robotic arm with their thoughts.
This is for the first time that mental intentions have
been harnessed to move a mechanical object and the technology
can some day allow people with paralysing spinal cord injuries
to operate machines or tools with their thoughts as naturally
as others do with their hands, the Washington Post said.
It might even allow some paralysed people to move
their own arms or legs again by transmitting the brain's
directions not to a machine but directly to the muscles in
those latent limbs, it said.
The brain implants can also allow scientists or
soldiers to control, hands-free, small robots that perform
tasks in inhospitable environments or in war zones, it added.
In experiments, monkeys with wires running from their brains to a robotic arm were able to use their thoughts to make the arm perform tasks. But before long, the scientists said, they will upgrade their implants so the monkeys can transmit their mental commands to machines wirelessly.
"It is a major advance," University of Washington neuroscientist Eberhard E Fetz said. "This bodes well for the success of brain machine interfaces."
The experiments were led by Miguel A L Nicolelis of Duke University in Durham, North Carolina, and published today in Plos biology journal.
Bureau Report
In experiments, monkeys with wires running from their brains to a robotic arm were able to use their thoughts to make the arm perform tasks. But before long, the scientists said, they will upgrade their implants so the monkeys can transmit their mental commands to machines wirelessly.
"It is a major advance," University of Washington neuroscientist Eberhard E Fetz said. "This bodes well for the success of brain machine interfaces."
The experiments were led by Miguel A L Nicolelis of Duke University in Durham, North Carolina, and published today in Plos biology journal.
Bureau Report