What scientists led computer technology of today? It is something far beyond our imagination. Some researchers said they have succeeded in producing computer interfaces that can be part of your body and interact with the brain. This new information technology is called invasive BCI, which represents the computer interface of the brain, BCI has taken a step towards integration into the human body to replace lost body parts.
Brain computer interfaces
The invasive BCI is a great invention that can replace the lost parts of his body as missing limbs and even lose your memory! Of course, you say that the prosthesis has been available for years. But invasive BCI is different from conventional artificial limbs that are just plastic imitations of the originals and are called dead, who do not interact with the brain. The ICC can be used to produce artificial limbs constructed of silicon chips that can respond to impulses from the brain, which works exactly like the real members.
Currently, there are two aggressive groups in BCI research, which is invasive group A in North Amercia and the group non-invasive in Europe and Asia. In addition, the investigation seems to have shown that the development of silicon chips countries to offset the loss of brain tissue is possible - the silicon chips implanted in the human brain will be able to give and receive electrical signals.
That's what researchers are working on, not only focused on the development of computer systems for applications in the development of humanoid robots and countries, but also in biomedical applications that can help people in physical and mental suffering.
Brain computer interfaces
The invasive BCI is a great invention that can replace the lost parts of his body as missing limbs and even lose your memory! Of course, you say that the prosthesis has been available for years. But invasive BCI is different from conventional artificial limbs that are just plastic imitations of the originals and are called dead, who do not interact with the brain. The ICC can be used to produce artificial limbs constructed of silicon chips that can respond to impulses from the brain, which works exactly like the real members.
Currently, there are two aggressive groups in BCI research, which is invasive group A in North Amercia and the group non-invasive in Europe and Asia. In addition, the investigation seems to have shown that the development of silicon chips countries to offset the loss of brain tissue is possible - the silicon chips implanted in the human brain will be able to give and receive electrical signals.
That's what researchers are working on, not only focused on the development of computer systems for applications in the development of humanoid robots and countries, but also in biomedical applications that can help people in physical and mental suffering.

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