Tiny implanted magnets make for better, simpler control of prosthetic hand

While a number of groups are developing thought-controlled prosthetic hands, most of the devices require electrodes or other relatively fiddly electronics to be implanted in the amputee’s body. Such is not the case with a new system, however, which wor… Continue reading Tiny implanted magnets make for better, simpler control of prosthetic hand

Mind-reading BrainGPT converts thought-of words into displayed text

There may be new hope for stroke victims and other “locked-in” people who are unable to communicate by conventional means. It comes in the form of the experimental new BrainGPT system, which is able to read users’ thoughts and convert them into readabl… Continue reading Mind-reading BrainGPT converts thought-of words into displayed text

Next-gen “dry” electrodes used to control a robot via brain waves

Although it is possible to control devices using brain waves, doing so usually involves having electrodes and conductive gel applied to one’s head. Now, however, scientists have developed a new-and-improved type of “dry” electrode – and it’s been used … Continue reading Next-gen “dry” electrodes used to control a robot via brain waves

New graphene sensors make for better brain-machine interface

The development of a cutting-edge graphene sensor has led to the creation of an interface that is able to accurately control a robot using thought alone. The development has positive implications not only for healthcare but for a range of other industr… Continue reading New graphene sensors make for better brain-machine interface

Hair-thin electrode wires designed to “read thoughts” less obtrusively

When it comes to accurately reading the brain’s electrical signals, many systems utilize implantable electrodes. A new technology is reportedly less invasive yet just as accurate, as it swaps regular electrodes for ultra-thin wires.Continue ReadingCate… Continue reading Hair-thin electrode wires designed to “read thoughts” less obtrusively

Muscle grafts boost nerve signals for better performing prosthetics

Various groups have already developed “thought-controlled” prosthetic hands, that respond to nerve impulses in the user’s residual arm stump. A new system could make such hands easier than ever to use, by amplifying those impulses.Continue ReadingCateg… Continue reading Muscle grafts boost nerve signals for better performing prosthetics