Ever
fancied your monkey might be able able to move a robot arm which
is hundreds of miles away from its cage only by thought, using a
broadband internet connection? Well, the monkey did not switch on
the computer itself, but the rest is true, according to work published
by the American neurobiologist Johan Wessberg in
North Carolina, US. |
| Wessberg's monkeys / Taylor's monkeys / more monkeys / humans |
| implantable > Wessberg |
The idea behind conic electrodes is to provide an interface as stable as possible between the metal and the tissue, i.e. the nerve cells. This is realised by having a hollow structure which contains nerve growth factor, a chemical substance used by organisms naturally to encourage the growth of nerve cells. Boosted by this stimulus, nerve cells grow into the electrodes and form a hybrid structure, resulting in a remarkably stable interface. In Wessberg’s experiments, the electrodes were implanted for 24 months and still did their job in the end. Some
words about the interface...
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How far are we? Learn here what researchers all over the world are doing in BCI-research right now.

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