In two thousand and six a landmark paper described how the man had learnt to move a curser around a computer screen, control a television and use robotic arms and hands. The study was co led by lee hockburg, a nero scientist and critical care nerologist at brown university in providence, rhode island. Hockberg adds today's b c i users have much finer control and access to a wider range of skills. In part, this is because researches began to implant multiple b c is in different brain areas of the user and devised new ways to identify useful signals. But hogburg says the biggest boost has come from machine learning, which has improved the ability
Brain–computer interfaces (BCIs) implanted in the brains of people who are paralysed are allowing them to control prosthetics that are restoring a range of skills.
Although the field is relatively young, researchers are making rapid advances in the abilities that these implants can restore. In the past few years, commercial interest in BCIs has soared, but many hurdles remain before these implants can be brought to market.
This is an audio version of our Feature: The brain-reading devices helping paralysed people to move, talk and touch
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