Doer
Well-Known Member
http://www.gizmag.com/brain-to-brain-word-transmission/33674/
At a lab in India, the sender started by translating the letters of the words into a type of binary code, and then entering that code into a computer. The latter was achieved using a brain-computer interface in which an EEG cap measured the electrical activity in their brain. It did so as they performed an exercise in which they had to select the 1's and 0's that made up the binary-coded letters – in their proper sequence – using a video game-like computer screen interface that responded to changes in their EEG readings as they thought of moving either their hands or their feet (but didn't actually move them).
That number sequence was then emailed to a lab in France. There, a robotic device used transcranial magnetic stimulation (TMS) to non-invasively transmit the numbers into the brains of the other three people.
At a lab in India, the sender started by translating the letters of the words into a type of binary code, and then entering that code into a computer. The latter was achieved using a brain-computer interface in which an EEG cap measured the electrical activity in their brain. It did so as they performed an exercise in which they had to select the 1's and 0's that made up the binary-coded letters – in their proper sequence – using a video game-like computer screen interface that responded to changes in their EEG readings as they thought of moving either their hands or their feet (but didn't actually move them).
That number sequence was then emailed to a lab in France. There, a robotic device used transcranial magnetic stimulation (TMS) to non-invasively transmit the numbers into the brains of the other three people.
